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[null,"Introduction"]
[null,"This life cycle assessment (LCA) tool enables brands to model product carbon footprints (kg CO2e) through 5 lifecycles phases: Materials, Manufacturing, Transportation, Use, EOL. The tool can help sustainability, innovation, design, development, and supply chain teams to identify key opportunities for carbon reductions on a per product basis. Allbirds uses a version of this tool, complete with proprietary data and third-party verified according to ISO 14067:2018, to share the carbon footprint of all products with customers.\n\nGetting Started: Download the Carbon Footprint Manual at FreeTheFootprint.com for full context of how to gather product primary data, identify secondary datasets, calculate the carbon footprint with this LCA tool, label products, and reduce the carbon footprint over time."]
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[null,"System Boundaries"]
[null,"Methodology","• Functional Unit: 1 pair of shoes or 1 apparel item, including packaging. Most footwear and apparel products come in a wide range of sizes, so it’s important to establish a standard size to ensure items are comparable. Allbirds uses the most produced size, normalized for men’s and women’s styles. The draft Product Environmental Footprint Category Rules (PEFCR) for Footwear suggest the use of size UK 8.5. Download our Carbon Footprint Manual at FreeTheFootprint.com for additional details.\n• Carbon Footprint Standard: The LCA tool models carbon footprint based on principles of ISO 14067:2018.\n• Use of CFP-PCR: Per Section 6.2 of ISO 14067:2018, existing PCRs (product category rules) were reviewed and quantification of CFP (carbon footprints of products) should consider the EU PEF T-Shirt for apparel or leather footwear PCR (by Envirodec).\n• LCIA Methodology: IPCC 2013 GWP 100. Characterization Factors: GWP100 Characterization factors for all GHGs are taken from IPCC Fifth Assessment (AR5) Report (Chapter 8, Appendix 8A, Table 8.A.1) https://www.ipcc.ch/site/assets/uploads/2018/02/WG1AR5_Chapter08_FINAL.pdf. Includes fossil emissions, biogenic emissions/removals and direct land use change.\n• Modeled Impacts: The LCA tool focuses on the climate change impact (kg CO2e) of products. Other environmental and social issues should also be considered when assessing broader product impact."]
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[null,"This LCA tool calculates a cradle-to-grave carbon footprint for products, which includes the following 5 phases:"]
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[null,"Materials","Production and extraction of raw materials, including waste\nMaterial processes that occur before Tier 1 factory, which may include yarn formation, textile formation, preparation, coloration\nPackaging"]
[null,"Manufacturing","Manufacturing processes that occur at Tier 1 factories, which may include molding, cutting, stitching, and product assembly"]
[null,"Transportation","Raw materials, primary textiles, and materials transportation to Tier 1 factory (if not included in materials phase)\nProduct transportation from Tier 1 factory to distribution centers\nProduct transportation from distribution centers to customers, including returns"]
[null,"Product use","Customer care, including washing and drying product over lifetime"]
[null,"End of life","Final disposal of products after use"]
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[null,"LCA Tool Tabs and Calculation Overview"]
[null,"Notes: \n• Example calculations for a T-Shirt and Sneaker are included in the LCA tool to demonstrate functionality; the product data is meant to be representative of products in market, but is not based on specific Allbirds products. Placeholder data is included in place of proprietary datasets (e.g., material carbon intensities) and labeled with 'PLACEHOLDER VALUE' in the relevant tabs (see Key summary table below).\n• To simplify the LCA tool, some of the calculation columns are hidden. As you get comfortable with the basics, you can expand the columns to get a better understanding of how to model functions."]
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[null,"Product Data Tabs","Instructions"]
[null,"Enter Product","First step to calculate the carbon footprint of a product. Input the product weight, packaging weight, manufacturing steps and weight of relevant components. Adjust end of life landfill, incineration, and packaging recycling percentages, as needed."]
[null,"Calculation- Materials + Scrap","Calculates materials phase carbon footprint. Input product components, materials, blends, packaging, weights, and material wasted during manufacturing."]
[null,"Calculation- Energy Consump","Calculates manufacturing phase carbon footprint. Input Tier 1 factory manufacturing processes and location."]
[null,"Calculation- Transport","Calculates transportation phase carbon footprint. Input Tier 1 factory, warehouse, and customer locations, as well as distribution breakdown. Option to input the transportation of raw material to Tier 1 factory, if not included in the materials phase."]
[null,"Calculation- Use","Calculates product use phase carbon footprint. Input washing and drying methods, number of cycles over product lifetime, and customer location."]
[null,"Calculation- EOL","Calculates end of life phase carbon footprint, based on material composition entered in 'Calculation- Materials + Scrap' tab."]
[null,"Summary","Shows summary of all product carbon footprints by phase, as well as overall DQR and Uncertainty score per product"]
[null,"Dashboard","Shows additional detail for carbon footprint breakdowns, such as emissions per component, material blend, material process, and manufacturing steps."]
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[null,"Datasets Tabs","Instructions"]
[null,"InputMats","Generates materials that can be selected on the 'Calculation- Materials + Scraps' and 'InputBlends' tabs. Input carbon intensity data for materials, processes, direct land use change and biogenic emissions/removals (if applicable)."]
[null,"InputBlends","Generates material blends that can be selected on the 'Calculation- Materials + Scraps' tab. Input blend data including material and composition percentage."]
[null,"EnergyProcess","Generates manufacturing steps that can be selected on the 'Enter Product' and 'Calculation- Energy Consump' tabs. Input Tier 1 manufacturing data including electricity, fuels, and other impacts (e.g., chemicals, dyes), as well as country grid emissions factors and carbon intensities of fuels/other impacts."]
[null,"ShoeTransport","Generates product distribution locations that can be selected on the 'Calculation-Transport' tab. Input locations, distances, and transportation mode carbon intensity data."]
[null,"ConsumerUse","Generates product use options, including customer care via washing and drying, that can be selected on the 'Calculation- Use' tab. Input carbon intensity data for wash and dry methods."]
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[null,"Back-end Calculations Tabs","Instructions"]
[null,"DataQuality","Summarizes the data quality rating (DQR) and uncertainty approach to assess sufficient data quality to reliably quantify the carbon footprint of products."]
[null,"Remaining 'Back-end Calculations' Tabs","Pivot tables used for calculations and Dashboard. Do not edit the tabs."]
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[null,"Key","Instructions"]
[null,"Input data","User should select from a dropdown or enter data; instructions provided throughout LCA tool."]
[null,"Do not edit","User should not edit cells; includes calculation steps, helpers for calculations, and assumption details."]
[null,"Calculation result","Shows carbon footprint phase calculation results as well as breakdowns by component, manufacturing step, and transportation leg."]
[null,"PLACEHOLDER VALUE","Indicates the use of placeholder data, entered to demonstrate LCA tool functionality (proprietary data cannot be shared). User should not use this data to calculate specific product carbon footprints; data must be updated."]
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[null,"The following equations demonstrate a high-level summary of the calculations for each LCA phase:"]

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[]
["This table is the first step to calculate the carbon footprint of a product. Enter the following information: product name (column A), total product weight excluding packaging (column B), and packaging weight (column C).",null,null,null,null,"This table summarizes the product's manufacturing processes and the data is used to calculate the manufacturing phase on the 'Calculation- Energy Consump' tab. Select the product from dropdown (column F) and corresponding manufacturing steps (column G). If the product manufacturing utilizes a new process, input the relevant data in the 'EnergyProcess' tab. Enter the weight of the component manufactured using the specified process (column H). E.g., enter the midsole weight for an injection molding process or the garment weight for a cut & sew process; the weight of component manufactured can be equal to the product weight or it can only represent the weight of a specific component.",null,null,null,"This table summarizes the end of life assumptions and the data is used to calculate the end of life phase on the 'Calculation- EOL' tab. Adjust end of life landfill, incineration, and packaging recycling percentages, as needed, based on location of majority of customers. Current assumptions are based on US rates (EPA WARM and MSW datasets)."]
["Product","Product Weight (g)","Package Weight (g)",null,"HelperColumn_Shoe_Component","Product","Manufacturing Process","Weight of Component Manufactured (g)",null,"End of Life Assumptions"]
["T-Shirt",250,200,null,{"$f":"tbl_ShoeComponentMass[[#This Row],[Product]]&\";\"&tbl_ShoeComponentMass[[#This Row],[Manufacturing Process]]","v":"T-Shirt;Cut & Sew - Apparel"},"T-Shirt","Cut & Sew - Apparel",250,null,"% landfilled",0.8]
["Sneaker",674,178,null,{"$f":"tbl_ShoeComponentMass[[#This Row],[Product]]&\";\"&tbl_ShoeComponentMass[[#This Row],[Manufacturing Process]]","v":"T-Shirt;Finishing - Apparel"},"T-Shirt","Finishing - Apparel",250,null,"% Incinerated",0.2]
[null,null,null,null,{"$f":"tbl_ShoeComponentMass[[#This Row],[Product]]&\";\"&tbl_ShoeComponentMass[[#This Row],[Manufacturing Process]]","v":"Sneaker;Manufacturing - Sneaker"},"Sneaker","Manufacturing - Sneaker",674,null,"% recycling rate-cardboard",0.65900000000000003]
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[null,null,null,null,{"$f":"tbl_ShoeComponentMass[[#This Row],[Product]]&\";\"&tbl_ShoeComponentMass[[#This Row],[Manufacturing Process]]","v":";"}]
[null,null,null,null,{"$f":"tbl_ShoeComponentMass[[#This Row],[Product]]&\";\"&tbl_ShoeComponentMass[[#This Row],[Manufacturing Process]]","v":";"}]
[null,null,null,null,{"$f":"tbl_ShoeComponentMass[[#This Row],[Product]]&\";\"&tbl_ShoeComponentMass[[#This Row],[Manufacturing Process]]","v":";"}]

{"sheet":"Calculation- Materials + Scrap","index":3,"n_rows":19,"n_cols":39,"rows_kept":19,"cut":false,"hidden":false,"merged":[[3,0,3,7],[11,0,11,7]]}
[]
["Summary"]
[]
["Materials phase carbon footprint summary (column B), including emissions impact separated by material phase (columns C-H). Click 'Refresh' to ensure data is updated."]
["","Sum of Net Materials Emissions (kg CO2e) for Pair of Shoes or Unit of Apparel","1. Fiber/Resin/Rubber/Elastomer","2. Yarn formation/Mixing & Pouring","3. Textile Formation/Foaming","4. Prep/Molding & Pouring","5. Coloration","6. Additional Finishing","Sum of FOR REPORTING PURPOSE: ProductBiogenicContent For Pair of Shoes or Apparel (kg CO2e)","Sum of Biogenic Carbon Content of Packaging materials (kg CO2e)","Sum of Materials DQR Score","Sum of Materials Uncertainty Score"]
["T-Shirt",4.2567610457516336,0.86029411764705888,0.82499999999999996,0.45833333333333331,0.78750000000000009,1.2833333333333334,0,-0.12222222222222223,0,2,2]
["Sneaker",10.128473617703081,4.1028422408963587,1.7131635714285718,1.1041564285714285,1.6833150000000003,1.2233100000000001,0,0,0,2,2]
[]
[]
["Input Product Data"]
[]
["Select the product from dropdown (column A) and corresponding sections (column B), then enter the component names (column C). For each component, select if it is a blend or material or packaging (column D) and the relevant material or blend (column E). If a new material or blend is needed, input the relevant data in the 'InputMats' or 'InputBlends' tabs. Enter the mass of the final component included in the product (column F) and the percentage of total material wasted during manufacturing (column G). E.g., if a final component weight is 75 grams and 25 grams were wasted at the factory, 25% of material was wasted. Select if material waste is recycled at the factory (column H). The example Sneaker was modeled with a blend to demonstrate tool functionality, however, products can also be modeled at the component level to align with the format of a BOM (bill of materials).",null,null,null,null,null,null,null,null,"Carbon Intensity breakdown by process",null,null,null,null,null,null,null,null,"Material and End of Life Carbon Intensities",null,null,null,null,"End of Life Emissions",null,null,null,null,null,null,null,"Materials + Scrap Emissions"]
[" Shoe"," Section","Component","Blend or Material or Packaging?","Name"," Mass of Final Component(g)","% material wasted","Is Waste Recycled?","Starting Material/Blend mass in Component(kg)","1","2","3","4","5","6","% of Total Product Mass (for DQR)","DQR Score","Uncertainty Score","CI_Raw","CI_Raw_prodBiogenic","CI_Landfill","CI_Incinerated","Product EOL-Material/Blend mass in Final Component (kg)","Product EOL Calculations-Mat CI_Land*MatMassinFinal Component+Waste Transport","Product EOL-Calculations: Mat CI_Incin*MatMassinFinal Component+Waste transport","Production Emissions-1","Production Emissions-2","Production Emissions-3","Production Emissions-4","Production Emissions-5","Production Emissions-6","Production \nEmissions for Pair(kg)","EOL for waste material at Raw Material Extraction Phase: Landfilled and Incinerated \nEmissions (kg)","EOL-Transportation of Waste Materials for Raw Material Phase","Net Materials Emissions (kg CO2e) for Pair of Shoes or Unit of Apparel","FOR REPORTING PURPOSE: ProductBiogenicContent For Pair of Shoes or Apparel (kg CO2e)","Biogenic Carbon Content of Packaging materials (kg CO2e)- This is a subset of the value reported in Column AJ","Materials DQR Score","Materials Uncertainty Score"]
["T-Shirt","Garment","Body","Blend","B_T-shirt_blend",250,0.25,"No",{"$f":"tbl_MatsScrapsEmissions8[[#This Row],[ Mass of Final Component(g)]]/(1-tbl_MatsScrapsEmissions8[[#This Row],[% material wasted]])/1000","v":0.33333333333333331},{"$f":"IFERROR(IF(ISNUMBER(SEARCH(\"B_\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name])),GETPIVOTDATA(\"Sum of 1\",'PivotTables-EOL+CIs'!$K$133,\"Blend name\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name]),GETPIVOTDATA(\"Sum of Net CI (kg CO2e/kg)\",'PivotTables-EOL+CIs'!$A$133,\"Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name])),\"\")","v":1.675},{"$f":"IF(ISNUMBER(SEARCH(\"B_\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name])),GETPIVOTDATA(\"Sum of 2\",'PivotTables-EOL+CIs'!$K$133,\"Blend name\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name]),0)","v":2.4750000000000001},{"$f":"IF(ISNUMBER(SEARCH(\"B_\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name])),GETPIVOTDATA(\"Sum of 3\",'PivotTables-EOL+CIs'!$K$133,\"Blend name\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name]),0)","v":1.375},{"$f":"IF(ISNUMBER(SEARCH(\"B_\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name])),GETPIVOTDATA(\"Sum of 4\",'PivotTables-EOL+CIs'!$K$133,\"Blend name\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name]),0)","v":2.3625000000000003},{"$f":"IF(ISNUMBER(SEARCH(\"B_\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name])),GETPIVOTDATA(\"Sum of 5\",'PivotTables-EOL+CIs'!$K$133,\"Blend name\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name]),0)","v":3.8500000000000005},{"$f":"IF(ISNUMBER(SEARCH(\"B_\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name])),GETPIVOTDATA(\"Sum of 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EDIT)\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name])),\"\")","v":2},{"$f":"IFERROR(IF(ISNUMBER(SEARCH(\"B_\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name])),GETPIVOTDATA(\"Sum of Uncertainty Score\",'PivotTables-EOL+CIs'!$K$133,\"Blend name\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name]),GETPIVOTDATA(\"Average of Uncertainty Score\",'PivotTables-EOL+CIs'!$A$133,\"Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name])),\"\")","v":2},{"$f":"IFERROR(IF(ISNUMBER(SEARCH(\"B_\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name])),GETPIVOTDATA(\"Sum of CI_Blend_raw\",'PivotTables-EOL+CIs'!$K$133,\"Blend name\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name]),GETPIVOTDATA(\"Sum of Net CI (kg CO2e/kg)\",'PivotTables-EOL+CIs'!$A$133,\"Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO 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COLUMN -NO NEED TO EDIT)\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name])),\"\")","v":1},{"$f":"IFERROR(IF(ISNUMBER(SEARCH(\"B_\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name])),GETPIVOTDATA(\"Sum of CI_Blend_incin\",'PivotTables-EOL+CIs'!$K$133,\"Blend name\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name]),GETPIVOTDATA(\"Sum of Incinerated \",'PivotTables-EOL+CIs'!$A$133,\"Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name])),\"\")","v":1.3666666666666667},{"$f":"IF(tbl_MatsScrapsEmissions8[[#This Row],[Blend or Material or Packaging?]]=\"Packaging\",((1-'Enter Product'!$K$6)* tbl_MatsScrapsEmissions8[[#This Row],[ Mass of Final Component(g)]])/1000,tbl_MatsScrapsEmissions8[[#This Row],[ Mass of Final Component(g)]]/1000)","v":0.25},{"$f":"IFERROR(((tbl_MatsScrapsEmissions8[[#This Row],[Product EOL-Material/Blend mass in Final Component 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Row],[Starting Material/Blend mass in Component(kg)]:[Starting Material/Blend mass in Component(kg)]]*tbl_MatsScrapsEmissions8[[#This Row],[CI_Raw]],0)","v":3.8519444444444444},{"$f":"IFERROR(IF(tbl_MatsScrapsEmissions8[[#This Row],[Is Waste Recycled?]:[Is Waste Recycled?]]=\"yes\",\"N/A\",IF(tbl_MatsScrapsEmissions8[[#This Row],[Blend or Material or Packaging?]]=\"Packaging\",tbl_MatsScrapsEmissions8[[#This Row],[% material wasted]]*(tbl_MatsScrapsEmissions8[[#This Row],[Starting Material/Blend mass in Component(kg)]]*(1-'Enter Product'!$K$6)*'Enter Product'!$K$4*tbl_MatsScrapsEmissions8[[#This Row],[CI_Landfill]])+(tbl_MatsScrapsEmissions8[[#This Row],[Starting Material/Blend mass in Component(kg)]]*tbl_MatsScrapsEmissions8[[#This Row],[% material wasted]]*(1-'Enter Product'!$K$6)*'Enter Product'!$K$5*tbl_MatsScrapsEmissions8[[#This Row],[CI_Incinerated]]),tbl_MatsScrapsEmissions8[[#This Row],[% material wasted]]*(tbl_MatsScrapsEmissions8[[#This Row],[Starting Material/Blend mass in Component(kg)]]*'Enter Product'!$K$4*tbl_MatsScrapsEmissions8[[#This Row],[CI_Landfill]])+(tbl_MatsScrapsEmissions8[[#This Row],[Starting Material/Blend mass in Component(kg)]]*tbl_MatsScrapsEmissions8[[#This Row],[% material wasted]]*'Enter Product'!$K$5*tbl_MatsScrapsEmissions8[[#This Row],[CI_Incinerated]]))),\"\")","v":8.9444444444444438E-2},{"$f":"IFERROR(tbl_MatsScrapsEmissions8[[#This Row],[% material wasted]]*tbl_MatsScrapsEmissions8[[#This Row],[Starting Material/Blend mass in Component(kg)]]*tbl_TransportCI[Truck CI]*0.001*32,)","v":3.4666666666666667E-4},{"$f":"SUM($AF14:$AH14)","v":3.9417355555555553},{"$f":"IFERROR(tbl_MatsScrapsEmissions8[[#This Row],[Starting Material/Blend mass in Component(kg)]:[Starting Material/Blend mass in Component(kg)]]*tbl_MatsScrapsEmissions8[[#This Row],[CI_Raw_prodBiogenic]],0)","v":-0.12222222222222223},{"$f":"IFERROR(IF(tbl_MatsScrapsEmissions8[[#This Row],[Blend or Material or Packaging?]]=\"Packaging\",tbl_MatsScrapsEmissions8[[#This 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["T-Shirt","Packaging","Packaging","Packaging","Cardboard - Virgin ; Packaging - Packaging",200,0.15,"No",{"$f":"tbl_MatsScrapsEmissions8[[#This Row],[ Mass of Final Component(g)]]/(1-tbl_MatsScrapsEmissions8[[#This Row],[% material wasted]])/1000","v":0.23529411764705885},{"$f":"IFERROR(IF(ISNUMBER(SEARCH(\"B_\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name])),GETPIVOTDATA(\"Sum of 1\",'PivotTables-EOL+CIs'!$K$133,\"Blend name\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name]),GETPIVOTDATA(\"Sum of Net CI (kg CO2e/kg)\",'PivotTables-EOL+CIs'!$A$133,\"Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name])),\"\")","v":1.2833333333333334},{"$f":"IF(ISNUMBER(SEARCH(\"B_\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name])),GETPIVOTDATA(\"Sum of 2\",'PivotTables-EOL+CIs'!$K$133,\"Blend name\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name]),0)","v":0},{"$f":"IF(ISNUMBER(SEARCH(\"B_\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name])),GETPIVOTDATA(\"Sum of 3\",'PivotTables-EOL+CIs'!$K$133,\"Blend name\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name]),0)","v":0},{"$f":"IF(ISNUMBER(SEARCH(\"B_\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name])),GETPIVOTDATA(\"Sum of 4\",'PivotTables-EOL+CIs'!$K$133,\"Blend name\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name]),0)","v":0},{"$f":"IF(ISNUMBER(SEARCH(\"B_\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name])),GETPIVOTDATA(\"Sum of 5\",'PivotTables-EOL+CIs'!$K$133,\"Blend name\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name]),0)","v":0},{"$f":"IF(ISNUMBER(SEARCH(\"B_\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name])),GETPIVOTDATA(\"Sum of 6\",'PivotTables-EOL+CIs'!$K$133,\"Blend name\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name]),0)","v":0},{"$f":"IFERROR(tbl_MatsScrapsEmissions8[[#This Row],[Starting Material/Blend mass in Component(kg)]]/SUMIFS(tbl_MatsScrapsEmissions8[Starting Material/Blend mass in Component(kg)],tbl_MatsScrapsEmissions8[[ Shoe]],tbl_MatsScrapsEmissions8[[#This Row],[ Shoe]]),\"\")","v":0.41379310344827591},{"$f":"IFERROR(IF(ISNUMBER(SEARCH(\"B_\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name])),GETPIVOTDATA(\"Sum of DQR Score\",'PivotTables-EOL+CIs'!$K$133,\"Blend name\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name]),GETPIVOTDATA(\"Average of DQR Score\",'PivotTables-EOL+CIs'!$A$133,\"Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name])),\"\")","v":2},{"$f":"IFERROR(IF(ISNUMBER(SEARCH(\"B_\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name])),GETPIVOTDATA(\"Sum of Uncertainty 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CI_blend_prodBiogenic\",'PivotTables-EOL+CIs'!$K$133,\"Blend name\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name]),GETPIVOTDATA(\"Sum of Biogenic Carbon-Product biogenic carbon content\",'PivotTables-EOL+CIs'!$A$133,\"Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name])),\"\")","v":""},{"$f":"IFERROR(IF(ISNUMBER(SEARCH(\"B_\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name])),GETPIVOTDATA(\"Sum of CI_Blend_land\",'PivotTables-EOL+CIs'!$K$133,\"Blend name\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name]),GETPIVOTDATA(\"Sum of Landfill \",'PivotTables-EOL+CIs'!$A$133,\"Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name])),\"\")","v":1},{"$f":"IFERROR(IF(ISNUMBER(SEARCH(\"B_\",tbl_MatsScrapsEmissions8[Name]:tbl_MatsScrapsEmissions8[Name])),GETPIVOTDATA(\"Sum of 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CI]*0.001)),)","v":0},{"$f":"IFERROR(((tbl_MatsScrapsEmissions8[[#This Row],[Product EOL-Material/Blend mass in Final Component (kg)]]*tbl_MatsScrapsEmissions8[[#This Row],[CI_Incinerated]]*'Enter Product'!$K$5)+(tbl_MatsScrapsEmissions8[[#This Row],[Product EOL-Material/Blend mass in Final Component (kg)]]*'Enter Product'!$K$5*32*tbl_TransportCI[Truck CI]*0.001)),)","v":0},{"$f":"IFERROR(tbl_MatsScrapsEmissions8[[#This Row],[Starting Material/Blend mass in Component(kg)]:[Starting Material/Blend mass in Component(kg)]]*tbl_MatsScrapsEmissions8[[#This Row],[1]],0)","v":0},{"$f":"IFERROR(tbl_MatsScrapsEmissions8[[#This Row],[Starting Material/Blend mass in Component(kg)]:[Starting Material/Blend mass in Component(kg)]]*tbl_MatsScrapsEmissions8[[#This Row],[2]],0)","v":0},{"$f":"IFERROR(tbl_MatsScrapsEmissions8[[#This Row],[Starting Material/Blend mass in Component(kg)]:[Starting Material/Blend mass in Component(kg)]]*tbl_MatsScrapsEmissions8[[#This Row],[3]],0)","v":0},{"$f":"IFERROR(tbl_MatsScrapsEmissions8[[#This Row],[Starting Material/Blend mass in Component(kg)]:[Starting Material/Blend mass in Component(kg)]]*tbl_MatsScrapsEmissions8[[#This Row],[4]],0)","v":0},{"$f":"IFERROR(tbl_MatsScrapsEmissions8[[#This Row],[Starting Material/Blend mass in Component(kg)]:[Starting Material/Blend mass in Component(kg)]]*tbl_MatsScrapsEmissions8[[#This Row],[5]],0)","v":0},{"$f":"IFERROR(tbl_MatsScrapsEmissions8[[#This Row],[Starting Material/Blend mass in Component(kg)]:[Starting Material/Blend mass in Component(kg)]]*tbl_MatsScrapsEmissions8[[#This Row],[6]],0)","v":0},{"$f":"IFERROR(tbl_MatsScrapsEmissions8[[#This Row],[Starting Material/Blend mass in Component(kg)]:[Starting Material/Blend mass in Component(kg)]]*tbl_MatsScrapsEmissions8[[#This Row],[CI_Raw]],0)","v":0},{"$f":"IFERROR(IF(tbl_MatsScrapsEmissions8[[#This Row],[Is Waste Recycled?]:[Is Waste Recycled?]]=\"yes\",\"N/A\",IF(tbl_MatsScrapsEmissions8[[#This Row],[Blend or Material or Packaging?]]=\"Packaging\",tbl_MatsScrapsEmissions8[[#This Row],[% material wasted]]*(tbl_MatsScrapsEmissions8[[#This Row],[Starting Material/Blend mass in Component(kg)]]*(1-'Enter Product'!$K$6)*'Enter Product'!$K$4*tbl_MatsScrapsEmissions8[[#This Row],[CI_Landfill]])+(tbl_MatsScrapsEmissions8[[#This Row],[Starting Material/Blend mass in Component(kg)]]*tbl_MatsScrapsEmissions8[[#This Row],[% material wasted]]*(1-'Enter Product'!$K$6)*'Enter Product'!$K$5*tbl_MatsScrapsEmissions8[[#This Row],[CI_Incinerated]]),tbl_MatsScrapsEmissions8[[#This Row],[% material wasted]]*(tbl_MatsScrapsEmissions8[[#This Row],[Starting Material/Blend mass in Component(kg)]]*'Enter Product'!$K$4*tbl_MatsScrapsEmissions8[[#This Row],[CI_Landfill]])+(tbl_MatsScrapsEmissions8[[#This Row],[Starting Material/Blend mass in Component(kg)]]*tbl_MatsScrapsEmissions8[[#This Row],[% material wasted]]*'Enter Product'!$K$5*tbl_MatsScrapsEmissions8[[#This Row],[CI_Incinerated]]))),\"\")","v":""},{"$f":"IFERROR(tbl_MatsScrapsEmissions8[[#This Row],[% material wasted]]*tbl_MatsScrapsEmissions8[[#This Row],[Starting Material/Blend mass in Component(kg)]]*tbl_TransportCI[Truck CI]*0.001*32,)","v":0},0,{"$f":"IFERROR(tbl_MatsScrapsEmissions8[[#This Row],[Starting Material/Blend mass in Component(kg)]:[Starting Material/Blend mass in Component(kg)]]*tbl_MatsScrapsEmissions8[[#This Row],[CI_Raw_prodBiogenic]],0)","v":0},{"$f":"IFERROR(IF(tbl_MatsScrapsEmissions8[[#This Row],[Blend or Material or Packaging?]]=\"Packaging\",tbl_MatsScrapsEmissions8[[#This Row],[Starting Material/Blend mass in Component(kg)]:[Starting Material/Blend mass in Component(kg)]]*tbl_MatsScrapsEmissions8[[#This Row],[CI_Raw_prodBiogenic]],0),0)","v":0},{"$f":"IFERROR(tbl_MatsScrapsEmissions8[[#This Row],[% of Total Product Mass (for DQR)]]*tbl_MatsScrapsEmissions8[[#This Row],[DQR Score]],0)","v":0},{"$f":"IFERROR(tbl_MatsScrapsEmissions8[[#This Row],[% of Total Product Mass (for DQR)]]*tbl_MatsScrapsEmissions8[[#This Row],[Uncertainty Score]],0)","v":0}]

{"sheet":"Calculation- Energy Consump","index":4,"n_rows":18,"n_cols":15,"rows_kept":18,"cut":false,"hidden":false,"merged":[[3,0,3,1],[11,0,11,10]]}
[]
["Summary"]
[]
["Manufacturing phase carbon footprint summary (column B). Click 'Refresh' to ensure data is updated."]
["","Sum of Factory Emissions (Kg CO2 eq)","Sum of DQR Score","Sum of Uncertainty Score"]
["T-Shirt",0.3637449999999996,1.25,2]
["Sneaker",4.0423139999999957,1.25,2]
[]
[]
["Input Product Data"]
[]
["Select the product from dropdown (column B) and corresponding Tier 1 manufacturing processes (column B), then enter the T1 factory location. If a new process or location is needed, input the relevant data in the 'EnergyProcess' tab."]
["Shoe","Energy Process","Mass of Shoe/Component (kg)","Total Electricity \nConsumed (kWh)","Total Natural Gas Consumed (cu ft)","Total Diesel Consumed (liters)","Total Chemicals and Dyestuffs Consumed (kg)","Total Packaging Materials (kg)","Total Waste Landfilled- Hazardous+Non-hazardous (kg)","Total Waste Incinerated- Hazardous+Non-hazardous (kg)","Country","Factory Emissions (Kg CO2 eq)","% of Total Product (for DQR)","DQR Score","Uncertainty Score"]
["T-Shirt","Cut & Sew - Apparel",{"$f":"VLOOKUP(tbl_EnergyEmissions[[#This Row],[Shoe]]&\";\"&tbl_EnergyEmissions[[#This Row],[Energy Process]],tbl_ShoeComponentMass[],4,FALSE)*0.001","v":0.25},{"$f":"IFERROR((INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),11)*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]),0)","v":0.5},{"$f":"IFERROR((INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),12)*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]),0)","v":0},{"$f":"IFERROR((INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),13)*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]),0)","v":0},{"$f":"IFERROR(((INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),14)+INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),15))*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]),0)","v":0},{"$f":"IFERROR(((INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),16)+INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),17))*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]),0)","v":0},{"$f":"IFERROR(((INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),18)+INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),20))*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]),0)","v":0},{"$f":"IFERROR(((INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),19)+INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),21))*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]),0)","v":0},"China grid",{"$f":"IFERROR(IF(ISERROR(VLOOKUP(tbl_EnergyEmissions[[#This Row],[Energy Process]]&\";\"&tbl_EnergyEmissions[[#This Row],[Country]],FactoryCIs[],1,FALSE)),((VLOOKUP(tbl_EnergyEmissions[[#This Row],[Country]],tbl_EnergyTypes[[#All],[Country]:[Electricity (kgCO2e/kWh)]],2,FALSE)*tbl_EnergyEmissions[[#This Row],[Total Electricity \nConsumed (kWh)]])+(VLOOKUP(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[[#All],[Energy Process]:[TOTAL minus electricity (kgCO2e/kg)]],5,FALSE)*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]])),(VLOOKUP(tbl_EnergyEmissions[[#This Row],[Energy Process]]&\";\"&tbl_EnergyEmissions[[#This Row],[Country]],FactoryCIs[],5,FALSE)*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]])),)","v":0.31629999999999964},{"$f":"IFERROR(tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]/SUMIFS(tbl_EnergyEmissions[Mass of Shoe/Component (kg)],tbl_EnergyEmissions[Shoe],tbl_EnergyEmissions[[#This Row],[Shoe]]),\"\")","v":0.5},{"$f":"IFERROR(IFERROR(INDEX(FactoryCIs[#All],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]]&\";\"&tbl_EnergyEmissions[[#This Row],[Country]],FactoryCIs[[#All],[HelperForCalculations]],0),22),AVERAGE(3,1,2,3))*tbl_EnergyEmissions[[#This Row],[% of Total Product (for DQR)]],\"\")","v":0.625},{"$f":"IFERROR(IFERROR(INDEX(FactoryCIs[#All],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]]&\";\"&tbl_EnergyEmissions[[#This Row],[Country]],FactoryCIs[[#All],[HelperForCalculations]],0),23),3)*tbl_EnergyEmissions[[#This Row],[% of Total Product (for DQR)]],\"\")","v":1}]
["T-Shirt","Finishing - Apparel",{"$f":"VLOOKUP(tbl_EnergyEmissions[[#This Row],[Shoe]]&\";\"&tbl_EnergyEmissions[[#This Row],[Energy Process]],tbl_ShoeComponentMass[],4,FALSE)*0.001","v":0.25},{"$f":"IFERROR((INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),11)*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]),0)","v":7.4999999999999997E-2},{"$f":"IFERROR((INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),12)*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]),0)","v":0},{"$f":"IFERROR((INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),13)*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]),0)","v":0},{"$f":"IFERROR(((INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),14)+INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),15))*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]),0)","v":0},{"$f":"IFERROR(((INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),16)+INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),17))*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]),0)","v":0},{"$f":"IFERROR(((INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),18)+INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),20))*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]),0)","v":0},{"$f":"IFERROR(((INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),19)+INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),21))*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]),0)","v":0},"China grid",{"$f":"IFERROR(IF(ISERROR(VLOOKUP(tbl_EnergyEmissions[[#This Row],[Energy Process]]&\";\"&tbl_EnergyEmissions[[#This Row],[Country]],FactoryCIs[],1,FALSE)),((VLOOKUP(tbl_EnergyEmissions[[#This Row],[Country]],tbl_EnergyTypes[[#All],[Country]:[Electricity (kgCO2e/kWh)]],2,FALSE)*tbl_EnergyEmissions[[#This Row],[Total Electricity \nConsumed (kWh)]])+(VLOOKUP(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[[#All],[Energy Process]:[TOTAL minus electricity (kgCO2e/kg)]],5,FALSE)*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]])),(VLOOKUP(tbl_EnergyEmissions[[#This Row],[Energy Process]]&\";\"&tbl_EnergyEmissions[[#This Row],[Country]],FactoryCIs[],5,FALSE)*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]])),)","v":4.7444999999999946E-2},{"$f":"IFERROR(tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]/SUMIFS(tbl_EnergyEmissions[Mass of Shoe/Component (kg)],tbl_EnergyEmissions[Shoe],tbl_EnergyEmissions[[#This Row],[Shoe]]),\"\")","v":0.5},{"$f":"IFERROR(IFERROR(INDEX(FactoryCIs[#All],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]]&\";\"&tbl_EnergyEmissions[[#This Row],[Country]],FactoryCIs[[#All],[HelperForCalculations]],0),22),AVERAGE(3,1,2,3))*tbl_EnergyEmissions[[#This Row],[% of Total Product (for DQR)]],\"\")","v":0.625},{"$f":"IFERROR(IFERROR(INDEX(FactoryCIs[#All],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]]&\";\"&tbl_EnergyEmissions[[#This Row],[Country]],FactoryCIs[[#All],[HelperForCalculations]],0),23),3)*tbl_EnergyEmissions[[#This Row],[% of Total Product (for DQR)]],\"\")","v":1}]
["Sneaker","Manufacturing - Sneaker",{"$f":"VLOOKUP(tbl_EnergyEmissions[[#This Row],[Shoe]]&\";\"&tbl_EnergyEmissions[[#This Row],[Energy Process]],tbl_ShoeComponentMass[],4,FALSE)*0.001","v":0.67400000000000004},{"$f":"IFERROR((INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),11)*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]),0)","v":6.39},{"$f":"IFERROR((INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),12)*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]),0)","v":0},{"$f":"IFERROR((INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),13)*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]),0)","v":0},{"$f":"IFERROR(((INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),14)+INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),15))*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]),0)","v":0},{"$f":"IFERROR(((INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),16)+INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),17))*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]),0)","v":0},{"$f":"IFERROR(((INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),18)+INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),20))*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]),0)","v":0},{"$f":"IFERROR(((INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),19)+INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),21))*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]),0)","v":0},"China grid",{"$f":"IFERROR(IF(ISERROR(VLOOKUP(tbl_EnergyEmissions[[#This Row],[Energy Process]]&\";\"&tbl_EnergyEmissions[[#This Row],[Country]],FactoryCIs[],1,FALSE)),((VLOOKUP(tbl_EnergyEmissions[[#This Row],[Country]],tbl_EnergyTypes[[#All],[Country]:[Electricity (kgCO2e/kWh)]],2,FALSE)*tbl_EnergyEmissions[[#This Row],[Total Electricity \nConsumed (kWh)]])+(VLOOKUP(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[[#All],[Energy Process]:[TOTAL minus electricity (kgCO2e/kg)]],5,FALSE)*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]])),(VLOOKUP(tbl_EnergyEmissions[[#This Row],[Energy Process]]&\";\"&tbl_EnergyEmissions[[#This Row],[Country]],FactoryCIs[],5,FALSE)*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]])),)","v":4.0423139999999957},{"$f":"IFERROR(tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]/SUMIFS(tbl_EnergyEmissions[Mass of Shoe/Component (kg)],tbl_EnergyEmissions[Shoe],tbl_EnergyEmissions[[#This Row],[Shoe]]),\"\")","v":1},{"$f":"IFERROR(IFERROR(INDEX(FactoryCIs[#All],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]]&\";\"&tbl_EnergyEmissions[[#This Row],[Country]],FactoryCIs[[#All],[HelperForCalculations]],0),22),AVERAGE(3,1,2,3))*tbl_EnergyEmissions[[#This Row],[% of Total Product (for DQR)]],\"\")","v":1.25},{"$f":"IFERROR(IFERROR(INDEX(FactoryCIs[#All],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]]&\";\"&tbl_EnergyEmissions[[#This Row],[Country]],FactoryCIs[[#All],[HelperForCalculations]],0),23),3)*tbl_EnergyEmissions[[#This Row],[% of Total Product (for DQR)]],\"\")","v":2}]
[null,null,{"$f":"VLOOKUP(tbl_EnergyEmissions[[#This Row],[Shoe]]&\";\"&tbl_EnergyEmissions[[#This Row],[Energy Process]],tbl_ShoeComponentMass[],4,FALSE)*0.001","v":0},{"$f":"IFERROR((INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),11)*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]),0)","v":0},{"$f":"IFERROR((INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),12)*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]),0)","v":0},{"$f":"IFERROR((INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),13)*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]),0)","v":0},{"$f":"IFERROR(((INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),14)+INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),15))*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]),0)","v":0},{"$f":"IFERROR(((INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),16)+INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),17))*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]),0)","v":0},{"$f":"IFERROR(((INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),18)+INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),20))*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]),0)","v":0},{"$f":"IFERROR(((INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),19)+INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),21))*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]),0)","v":0},null,{"$f":"IFERROR(IF(ISERROR(VLOOKUP(tbl_EnergyEmissions[[#This Row],[Energy Process]]&\";\"&tbl_EnergyEmissions[[#This Row],[Country]],FactoryCIs[],1,FALSE)),((VLOOKUP(tbl_EnergyEmissions[[#This Row],[Country]],tbl_EnergyTypes[[#All],[Country]:[Electricity (kgCO2e/kWh)]],2,FALSE)*tbl_EnergyEmissions[[#This Row],[Total Electricity \nConsumed (kWh)]])+(VLOOKUP(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[[#All],[Energy Process]:[TOTAL minus electricity (kgCO2e/kg)]],5,FALSE)*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]])),(VLOOKUP(tbl_EnergyEmissions[[#This Row],[Energy Process]]&\";\"&tbl_EnergyEmissions[[#This Row],[Country]],FactoryCIs[],5,FALSE)*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]])),)","v":0},{"$f":"IFERROR(tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]/SUMIFS(tbl_EnergyEmissions[Mass of Shoe/Component (kg)],tbl_EnergyEmissions[Shoe],tbl_EnergyEmissions[[#This Row],[Shoe]]),\"\")","v":""},{"$f":"IFERROR(IFERROR(INDEX(FactoryCIs[#All],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]]&\";\"&tbl_EnergyEmissions[[#This Row],[Country]],FactoryCIs[[#All],[HelperForCalculations]],0),22),AVERAGE(3,1,2,3))*tbl_EnergyEmissions[[#This Row],[% of Total Product (for DQR)]],\"\")","v":""},{"$f":"IFERROR(IFERROR(INDEX(FactoryCIs[#All],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]]&\";\"&tbl_EnergyEmissions[[#This Row],[Country]],FactoryCIs[[#All],[HelperForCalculations]],0),23),3)*tbl_EnergyEmissions[[#This Row],[% of Total Product (for DQR)]],\"\")","v":""}]
[null,null,{"$f":"VLOOKUP(tbl_EnergyEmissions[[#This Row],[Shoe]]&\";\"&tbl_EnergyEmissions[[#This Row],[Energy Process]],tbl_ShoeComponentMass[],4,FALSE)*0.001","v":0},{"$f":"IFERROR((INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),11)*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]),0)","v":0},{"$f":"IFERROR((INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),12)*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]),0)","v":0},{"$f":"IFERROR((INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),13)*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]),0)","v":0},{"$f":"IFERROR(((INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),14)+INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),15))*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]),0)","v":0},{"$f":"IFERROR(((INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),16)+INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),17))*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]),0)","v":0},{"$f":"IFERROR(((INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),18)+INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),20))*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]),0)","v":0},{"$f":"IFERROR(((INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),19)+INDEX(FactoryCIs[],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[Energy Process],0),21))*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]),0)","v":0},null,{"$f":"IFERROR(IF(ISERROR(VLOOKUP(tbl_EnergyEmissions[[#This Row],[Energy Process]]&\";\"&tbl_EnergyEmissions[[#This Row],[Country]],FactoryCIs[],1,FALSE)),((VLOOKUP(tbl_EnergyEmissions[[#This Row],[Country]],tbl_EnergyTypes[[#All],[Country]:[Electricity (kgCO2e/kWh)]],2,FALSE)*tbl_EnergyEmissions[[#This Row],[Total Electricity \nConsumed (kWh)]])+(VLOOKUP(tbl_EnergyEmissions[[#This Row],[Energy Process]],FactoryCIs[[#All],[Energy Process]:[TOTAL minus electricity (kgCO2e/kg)]],5,FALSE)*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]])),(VLOOKUP(tbl_EnergyEmissions[[#This Row],[Energy Process]]&\";\"&tbl_EnergyEmissions[[#This Row],[Country]],FactoryCIs[],5,FALSE)*tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]])),)","v":0},{"$f":"IFERROR(tbl_EnergyEmissions[[#This Row],[Mass of Shoe/Component (kg)]]/SUMIFS(tbl_EnergyEmissions[Mass of Shoe/Component (kg)],tbl_EnergyEmissions[Shoe],tbl_EnergyEmissions[[#This Row],[Shoe]]),\"\")","v":""},{"$f":"IFERROR(IFERROR(INDEX(FactoryCIs[#All],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]]&\";\"&tbl_EnergyEmissions[[#This Row],[Country]],FactoryCIs[[#All],[HelperForCalculations]],0),22),AVERAGE(3,1,2,3))*tbl_EnergyEmissions[[#This Row],[% of Total Product (for DQR)]],\"\")","v":""},{"$f":"IFERROR(IFERROR(INDEX(FactoryCIs[#All],MATCH(tbl_EnergyEmissions[[#This Row],[Energy Process]]&\";\"&tbl_EnergyEmissions[[#This Row],[Country]],FactoryCIs[[#All],[HelperForCalculations]],0),23),3)*tbl_EnergyEmissions[[#This Row],[% of Total Product (for DQR)]],\"\")","v":""}]

{"sheet":"Calculation-Transport","index":5,"n_rows":42,"n_cols":22,"rows_kept":42,"cut":false,"hidden":false,"merged":[[3,1,3,3],[3,5,3,9],[3,11,3,15],[3,17,3,21],[34,0,34,6],[24,0,24,6],[19,0,19,6],[14,0,14,6]]}
[]
["Summary"]
[]
[null,"Raw material to textile transportation carbon footprint (column C), if not included in materials phase. Click 'Refresh' to ensure data is updated.",null,null,null,"Textile material to Tier 1 transportation carbon footprint (column G), if not included in materials phase. Click 'Refresh' to ensure data is updated.",null,null,null,null,null,"Tier 1 to warehouse transportation carbon footprint (column M). Click 'Refresh' to ensure data is updated.",null,null,null,null,null,"Warehouse to customer transportation , including returns (column S). Click 'Refresh' to ensure data is updated."]
[null,"","Sum of Transportation Emissions- Raw Mat to Textile  (kg)","Sum of Aircraft Transportation Emissions",null,"","Sum of Transportation Emissions- Textile to Tier 1 (kg)","Sum of Aircraft Transportation Emissions-Textile to Tier 1 ","Sum of DQR Score- Raw Material to Tier 1","Sum of Uncertainty Score- Raw Maerial to Tier 1",null,"","Sum of Transportation Emissions- Tier 1 to Warehouse (kg)","Sum of Aircraft Transportation Emissions-Tier 1 to Warehouse","Sum of DQR Score-Tier 1 to WH","Sum of Uncertainty Score- Tier 1 to WH",null,"","Sum of Transportation Emissions- Warehouse to Consumers(kg)","Sum of Aircraft Transportation Emissions-Warehouse to Consumers","Sum of DQR Score- WH to Consumer","Sum of Uncertainty Score- WH to Consumer"]
[null,null,null,null,null,null,null,null,null,null,null,"T-Shirt",0.84124158750000011,0.67075965000000015,2.25,3,null,"T-Shirt",0.10207404843750001,4.1362017187500003E-2,2.25,3]
[null,null,null,null,null,null,null,null,null,null,null,"Sneaker",1.592750739,1.2699716040000002,2.25,3,null,"Sneaker",0.193260198375,7.8312085874999993E-2,2.25,3]
[]
[]
[]
[]
[]
["Input Product Data"]
[]
["Only use this table if transportation of raw material to textile mill/factory (Tier 2+) is not included in the materials phase. Select the product from dropdown (column A) and relevant material being transported (column B). If 'No' is selected (column C), then select the raw material source location (column E), Tier 2+ textile mill/factory location (column F), and enter the transportation mode breakdown (columns H-J). If the material is supplied to a single location, enter 100% in column G; otherwise, enter the % supplied and add another row to model the remaining distribution. If a new location is needed, input the relevant data in the 'ShoeTransport' tab."]
["Shoe","Material","Is Transportation included in the material's CI?","Mass of Material (kg)","Raw Material","Textile","%supplied","% air","% ocean","% truck","Aircraft Transportation Emissions","Transportation Emissions- Raw Mat to Textile  (kg)"]
[null,null,"Yes",{"$f":"IFERROR(IF(Tbl_Transp_SupplierFabricProducer21[[#This Row],[Is Transportation included in the material''s CI?]]=\"No\",SUMIFS(INDEX(#REF!,,MATCH(Tbl_Transp_SupplierFabricProducer21[[#This Row],[Material]],#REF!,0)),#REF!,Tbl_Transp_SupplierFabricProducer21[[#This Row],[Shoe]]),\"\"),\"\")","v":""},null,null,null,null,null,null,{"$f":"IF(Tbl_Transp_SupplierFabricProducer21[[#This Row],[Is Transportation included in the material''s CI?]]=\"No\",IFERROR(((Tbl_Transp_SupplierFabricProducer21[[#This Row],[Mass of Material (kg)]]*Tbl_Transp_SupplierFabricProducer21[[#This Row],[%supplied]])*((Tbl_Transp_SupplierFabricProducer21[[#This Row],[% air]]*Air_Distance*tbl_TransportCI[Air CI])))/1000,0),\"\")","v":""},{"$f":"IF(Tbl_Transp_SupplierFabricProducer21[[#This Row],[Is Transportation included in the material''s CI?]]=\"No\",IFERROR(((Tbl_Transp_SupplierFabricProducer21[[#This Row],[Mass of Material (kg)]]*Tbl_Transp_SupplierFabricProducer21[[#This Row],[%supplied]])*((Tbl_Transp_SupplierFabricProducer21[[#This Row],[% air]]*Air_Distance*tbl_TransportCI[Air CI])+(Tbl_Transp_SupplierFabricProducer21[[#This Row],[% ocean]]*Ocean_Distance*tbl_TransportCI[Ocean CI])+(Tbl_Transp_SupplierFabricProducer21[[#This Row],[% truck]]*Truck_Distance*tbl_TransportCI[Truck CI])))/1000,0),\"\")","v":""}]
[]
[]
["Only use this table if transportation of material from textile mill/factory (Tier 2+) to Tier 1 factory is not included in the materials phase. Select the product from dropdown (column A) and relevant material being transported (column B). Select the material source location (column D), Tier 1 factory location (column E), and enter the transportation mode breakdown (columns G-I). If the material is supplied to a single location, enter 100% in column F; otherwise, enter the % supplied and add another row to model the remaining distribution. If a new location is needed, input the relevant data in the 'ShoeTransport' tab."]
["Shoe","Material","Mass of \nMaterial (kg)","Textile","Tier 1","%supplied","% air","% ocean","% truck","Aircraft Transportation Emissions-Textile to Tier 1 ","Transportation Emissions- Textile to Tier 1 (kg)","DQR Score- Raw Material to Tier 1","Uncertainty Score- Raw Maerial to Tier 1"]
[null,null,{"$f":"SUMIFS(Merge1[Starting Material/Blend mass in Component(kg)],Merge1[[ Shoe]],tbl_Transp_FabricProdAssembly25[[#This Row],[Shoe]],Merge1[FinalMaterialList],tbl_Transp_FabricProdAssembly25[[#This Row],[Material]])","v":0},null,null,null,null,null,null,{"$f":"IFERROR(((tbl_Transp_FabricProdAssembly25[[#This Row],[Mass of \nMaterial (kg)]]*tbl_Transp_FabricProdAssembly25[[#This Row],[%supplied]])*((tbl_Transp_FabricProdAssembly25[[#This Row],[% air]]*Air_Distance2Factory*tbl_TransportCI[Air CI])))/1000,\"\")","v":0},{"$f":"IFERROR(((tbl_Transp_FabricProdAssembly25[[#This Row],[Mass of \nMaterial (kg)]]*tbl_Transp_FabricProdAssembly25[[#This Row],[%supplied]])*((tbl_Transp_FabricProdAssembly25[[#This Row],[% air]]*Air_Distance2Factory*tbl_TransportCI[Air CI])+(Ocean_Distance2Factory*tbl_Transp_FabricProdAssembly25[[#This Row],[% ocean]]*tbl_TransportCI[Ocean CI])+(Truck_Distance2Factory*tbl_Transp_FabricProdAssembly25[[#This Row],[% truck]]*tbl_TransportCI[Truck CI])))/1000,\"\")","v":0},{"$f":"ShoeTransport!$B$74*tbl_Transp_FabricProdAssembly25[[#This Row],[%supplied]]","v":0},{"$f":"ShoeTransport!$B$75*tbl_Transp_FabricProdAssembly25[[#This Row],[%supplied]]","v":0}]
[]
[]
["Select the product from dropdown (column A), Tier 1 factory location (column C), warehouse location (column D), and enter the transportation mode breakdown (columns F-H). If the product is transported to a single warehouse, enter 100% in column E; otherwise, indicate the % supplied and add another row to model the remaining distribution. If a new location is needed, input the relevant data in the 'ShoeTransport' tab."]
["Shoe","Mass of Shoe + Package (kg)","Tier 1","Warehouse","%supplied","% air","% ocean","% truck","Aircraft Transportation Emissions-Tier 1 to Warehouse","Transportation Emissions- Tier 1 to Warehouse (kg)","DQR Score-Tier 1 to WH","Uncertainty Score- Tier 1 to WH"]
["T-Shirt",{"$f":"IFERROR((INDEX(tbl_ShoeMassPackage[Product Weight (g)],MATCH('Calculation-Transport'!$A27,tbl_ShoeMassPackage[Product],0),1)+INDEX(tbl_ShoeMassPackage[Package Weight (g)],MATCH(tbl_Transp_AssemblyWH26[[#This Row],[Shoe]],tbl_ShoeMassPackage[Product],0),1))/1000,\"\")","v":0.45},"China Tier 1","NA Warehouse",0.5,0.17,0.83,1,{"$f":"IFERROR((((tbl_Transp_AssemblyWH26[[#This Row],[Mass of Shoe + Package (kg)]]*tbl_Transp_AssemblyWH26[[#This Row],[%supplied]])*tbl_Transp_AssemblyWH26[[#This Row],[% air]]*(Air_Distance2Warehouse*tbl_TransportCI[Air CI]))/1000),\"\")","v":0.39635797500000014},{"$f":"IFERROR((((tbl_Transp_AssemblyWH26[[#This Row],[Mass of Shoe + Package (kg)]]*tbl_Transp_AssemblyWH26[[#This Row],[%supplied]])*((tbl_Transp_AssemblyWH26[[#This Row],[% air]]*Air_Distance2Warehouse*tbl_TransportCI[Air CI])+(Ocean_Distance2Warehouse*tbl_Transp_AssemblyWH26[[#This Row],[% ocean]]*tbl_TransportCI[Ocean CI])+(Truck_Distance2Warehouse*tbl_Transp_AssemblyWH26[[#This Row],[% truck]]*tbl_TransportCI[Truck CI])))/1000),\"\")","v":0.47527166250000008},{"$f":"ShoeTransport!$B$74*tbl_Transp_AssemblyWH26[[#This Row],[%supplied]]","v":1.125},{"$f":"ShoeTransport!$B$75*tbl_Transp_AssemblyWH26[[#This Row],[%supplied]]","v":1.5}]
["T-Shirt",{"$f":"IFERROR((INDEX(tbl_ShoeMassPackage[Product Weight (g)],MATCH('Calculation-Transport'!$A28,tbl_ShoeMassPackage[Product],0),1)+INDEX(tbl_ShoeMassPackage[Package Weight (g)],MATCH(tbl_Transp_AssemblyWH26[[#This Row],[Shoe]],tbl_ShoeMassPackage[Product],0),1))/1000,\"\")","v":0.45},"China Tier 1","EMEA Warehouse",0.5,0.17,0.83,1,{"$f":"IFERROR((((tbl_Transp_AssemblyWH26[[#This Row],[Mass of Shoe + Package (kg)]]*tbl_Transp_AssemblyWH26[[#This Row],[%supplied]])*tbl_Transp_AssemblyWH26[[#This Row],[% air]]*(Air_Distance2Warehouse*tbl_TransportCI[Air CI]))/1000),\"\")","v":0.27440167500000007},{"$f":"IFERROR((((tbl_Transp_AssemblyWH26[[#This Row],[Mass of Shoe + Package (kg)]]*tbl_Transp_AssemblyWH26[[#This Row],[%supplied]])*((tbl_Transp_AssemblyWH26[[#This Row],[% air]]*Air_Distance2Warehouse*tbl_TransportCI[Air CI])+(Ocean_Distance2Warehouse*tbl_Transp_AssemblyWH26[[#This Row],[% ocean]]*tbl_TransportCI[Ocean CI])+(Truck_Distance2Warehouse*tbl_Transp_AssemblyWH26[[#This Row],[% truck]]*tbl_TransportCI[Truck CI])))/1000),\"\")","v":0.36596992500000003},{"$f":"ShoeTransport!$B$74*tbl_Transp_AssemblyWH26[[#This Row],[%supplied]]","v":1.125},{"$f":"ShoeTransport!$B$75*tbl_Transp_AssemblyWH26[[#This Row],[%supplied]]","v":1.5}]
["Sneaker",{"$f":"IFERROR((INDEX(tbl_ShoeMassPackage[Product Weight (g)],MATCH('Calculation-Transport'!$A29,tbl_ShoeMassPackage[Product],0),1)+INDEX(tbl_ShoeMassPackage[Package Weight (g)],MATCH(tbl_Transp_AssemblyWH26[[#This Row],[Shoe]],tbl_ShoeMassPackage[Product],0),1))/1000,\"\")","v":0.85199999999999998},"China Tier 1","NA Warehouse",0.5,0.17,0.83,1,{"$f":"IFERROR((((tbl_Transp_AssemblyWH26[[#This Row],[Mass of Shoe + Package (kg)]]*tbl_Transp_AssemblyWH26[[#This Row],[%supplied]])*tbl_Transp_AssemblyWH26[[#This Row],[% air]]*(Air_Distance2Warehouse*tbl_TransportCI[Air CI]))/1000),\"\")","v":0.75043776600000001},{"$f":"IFERROR((((tbl_Transp_AssemblyWH26[[#This Row],[Mass of Shoe + Package (kg)]]*tbl_Transp_AssemblyWH26[[#This Row],[%supplied]])*((tbl_Transp_AssemblyWH26[[#This Row],[% air]]*Air_Distance2Warehouse*tbl_TransportCI[Air CI])+(Ocean_Distance2Warehouse*tbl_Transp_AssemblyWH26[[#This Row],[% ocean]]*tbl_TransportCI[Ocean CI])+(Truck_Distance2Warehouse*tbl_Transp_AssemblyWH26[[#This Row],[% truck]]*tbl_TransportCI[Truck CI])))/1000),\"\")","v":0.89984768100000012},{"$f":"ShoeTransport!$B$74*tbl_Transp_AssemblyWH26[[#This Row],[%supplied]]","v":1.125},{"$f":"ShoeTransport!$B$75*tbl_Transp_AssemblyWH26[[#This Row],[%supplied]]","v":1.5}]
["Sneaker",{"$f":"IFERROR((INDEX(tbl_ShoeMassPackage[Product Weight (g)],MATCH('Calculation-Transport'!$A30,tbl_ShoeMassPackage[Product],0),1)+INDEX(tbl_ShoeMassPackage[Package Weight (g)],MATCH(tbl_Transp_AssemblyWH26[[#This Row],[Shoe]],tbl_ShoeMassPackage[Product],0),1))/1000,\"\")","v":0.85199999999999998},"China Tier 1","EMEA Warehouse",0.5,0.17,0.83,1,{"$f":"IFERROR((((tbl_Transp_AssemblyWH26[[#This Row],[Mass of Shoe + Package (kg)]]*tbl_Transp_AssemblyWH26[[#This Row],[%supplied]])*tbl_Transp_AssemblyWH26[[#This Row],[% air]]*(Air_Distance2Warehouse*tbl_TransportCI[Air CI]))/1000),\"\")","v":0.51953383800000008},{"$f":"IFERROR((((tbl_Transp_AssemblyWH26[[#This Row],[Mass of Shoe + Package (kg)]]*tbl_Transp_AssemblyWH26[[#This Row],[%supplied]])*((tbl_Transp_AssemblyWH26[[#This Row],[% air]]*Air_Distance2Warehouse*tbl_TransportCI[Air CI])+(Ocean_Distance2Warehouse*tbl_Transp_AssemblyWH26[[#This Row],[% ocean]]*tbl_TransportCI[Ocean CI])+(Truck_Distance2Warehouse*tbl_Transp_AssemblyWH26[[#This Row],[% truck]]*tbl_TransportCI[Truck CI])))/1000),\"\")","v":0.69290305799999996},{"$f":"ShoeTransport!$B$74*tbl_Transp_AssemblyWH26[[#This Row],[%supplied]]","v":1.125},{"$f":"ShoeTransport!$B$75*tbl_Transp_AssemblyWH26[[#This Row],[%supplied]]","v":1.5}]
[null,{"$f":"IFERROR((INDEX(tbl_ShoeMassPackage[Product Weight (g)],MATCH('Calculation-Transport'!$A31,tbl_ShoeMassPackage[Product],0),1)+INDEX(tbl_ShoeMassPackage[Package Weight (g)],MATCH(tbl_Transp_AssemblyWH26[[#This Row],[Shoe]],tbl_ShoeMassPackage[Product],0),1))/1000,\"\")","v":""},null,null,null,null,null,null,{"$f":"IFERROR((((tbl_Transp_AssemblyWH26[[#This Row],[Mass of Shoe + Package (kg)]]*tbl_Transp_AssemblyWH26[[#This Row],[%supplied]])*tbl_Transp_AssemblyWH26[[#This Row],[% air]]*(Air_Distance2Warehouse*tbl_TransportCI[Air CI]))/1000),\"\")","v":""},{"$f":"IFERROR((((tbl_Transp_AssemblyWH26[[#This Row],[Mass of Shoe + Package (kg)]]*tbl_Transp_AssemblyWH26[[#This Row],[%supplied]])*((tbl_Transp_AssemblyWH26[[#This Row],[% air]]*Air_Distance2Warehouse*tbl_TransportCI[Air CI])+(Ocean_Distance2Warehouse*tbl_Transp_AssemblyWH26[[#This Row],[% ocean]]*tbl_TransportCI[Ocean CI])+(Truck_Distance2Warehouse*tbl_Transp_AssemblyWH26[[#This Row],[% truck]]*tbl_TransportCI[Truck CI])))/1000),\"\")","v":""},{"$f":"ShoeTransport!$B$74*tbl_Transp_AssemblyWH26[[#This Row],[%supplied]]","v":0},{"$f":"ShoeTransport!$B$75*tbl_Transp_AssemblyWH26[[#This Row],[%supplied]]","v":0}]
[null,{"$f":"IFERROR((INDEX(tbl_ShoeMassPackage[Product Weight (g)],MATCH('Calculation-Transport'!$A32,tbl_ShoeMassPackage[Product],0),1)+INDEX(tbl_ShoeMassPackage[Package Weight (g)],MATCH(tbl_Transp_AssemblyWH26[[#This Row],[Shoe]],tbl_ShoeMassPackage[Product],0),1))/1000,\"\")","v":""},null,null,null,null,null,null,{"$f":"IFERROR((((tbl_Transp_AssemblyWH26[[#This Row],[Mass of Shoe + Package (kg)]]*tbl_Transp_AssemblyWH26[[#This Row],[%supplied]])*tbl_Transp_AssemblyWH26[[#This Row],[% air]]*(Air_Distance2Warehouse*tbl_TransportCI[Air CI]))/1000),\"\")","v":""},{"$f":"IFERROR((((tbl_Transp_AssemblyWH26[[#This Row],[Mass of Shoe + Package (kg)]]*tbl_Transp_AssemblyWH26[[#This Row],[%supplied]])*((tbl_Transp_AssemblyWH26[[#This Row],[% air]]*Air_Distance2Warehouse*tbl_TransportCI[Air CI])+(Ocean_Distance2Warehouse*tbl_Transp_AssemblyWH26[[#This Row],[% ocean]]*tbl_TransportCI[Ocean CI])+(Truck_Distance2Warehouse*tbl_Transp_AssemblyWH26[[#This Row],[% truck]]*tbl_TransportCI[Truck CI])))/1000),\"\")","v":""},{"$f":"ShoeTransport!$B$74*tbl_Transp_AssemblyWH26[[#This Row],[%supplied]]","v":0},{"$f":"ShoeTransport!$B$75*tbl_Transp_AssemblyWH26[[#This Row],[%supplied]]","v":0}]
[]
[]
["Select the product from dropdown (column A) and warehouse location (column C). Enter the percentage of online sales (column E) and in-store sales (column F), as well as the online product return rate (column G). If the product is transported to a single warehouse, enter 100% in column D; otherwise, indicate the % supplied and add another row to model the remaining distribution. If a new location is needed, input the relevant data in the 'ShoeTransport' tab."]
["Shoe","Mass of Shoe + Package (kg)","Warehouse","%supplied","% Online Sales","% In-store Sales","Online Product Return Rate (%)","Aircraft Transportation Emissions-Warehouse to Consumers","Transportation Emissions- Warehouse to Consumers(kg)","DQR Score- WH to Consumer","Uncertainty Score- WH to Consumer"]
["T-Shirt",{"$f":"IFERROR((INDEX(tbl_ShoeMassPackage[Product Weight (g)],MATCH(tbl_Transp_WHConsumer[[#This Row],[Shoe]],tbl_ShoeMassPackage[Product],0),1)+INDEX(tbl_ShoeMassPackage[Package Weight (g)],MATCH(tbl_Transp_WHConsumer[[#This Row],[Shoe]],tbl_ShoeMassPackage[Product],0),1))/1000,\"\")","v":0.45},"NA Warehouse",0.5,0.75,0.25,0.17499999999999999,{"$f":"IFERROR((tbl_Transp_WHConsumer[[#This Row],[Mass of Shoe + Package (kg)]]*tbl_Transp_WHConsumer[[#This Row],[%supplied]]*((tbl_Transp_WHConsumer[[#This Row],[% Online Sales]]*ShoeTransport!$B$66*tbl_WHConsumer[Online: Air Distance (km)]*tbl_TransportCI[Air CI])+(tbl_Transp_WHConsumer[[#This Row],[% In-store Sales]]*ShoeTransport!$B$66*tbl_WHConsumer[Instore: Air Distance (km)]*tbl_TransportCI[Air CI])+(tbl_Transp_WHConsumer[[#This Row],[% Online Sales]]*tbl_Transp_WHConsumer[[#This Row],[Online Product Return Rate (%)]]*ShoeTransport!$B$66*tbl_WHConsumer[Online: Air Distance (km)]*tbl_TransportCI[Air CI]))/1000),\"\")","v":2.0288685937500002E-2},{"$f":"IFERROR((tbl_Transp_WHConsumer[[#This Row],[Mass of Shoe + Package (kg)]]*tbl_Transp_WHConsumer[[#This Row],[%supplied]]*((tbl_Transp_WHConsumer[[#This Row],[% Online Sales]]*ShoeTransport!$B$66*tbl_WHConsumer[Online: Air Distance (km)]*tbl_TransportCI[Air CI]+tbl_Transp_WHConsumer[[#This Row],[% Online Sales]]*(1-ShoeTransport!$B$66)*tbl_WHConsumer[Online: Truck Distance (km)]*tbl_TransportCI[Truck CI])+(tbl_Transp_WHConsumer[[#This Row],[% In-store Sales]]*ShoeTransport!$B$66*tbl_WHConsumer[Instore: Air Distance (km)]*tbl_TransportCI[Air CI]+tbl_Transp_WHConsumer[[#This Row],[% In-store Sales]]*(1-ShoeTransport!$B$66)*tbl_WHConsumer[Instore: Truck Distance (km)]*tbl_TransportCI[Truck CI])+(tbl_Transp_WHConsumer[[#This Row],[% Online Sales]]*tbl_Transp_WHConsumer[[#This Row],[Online Product Return Rate (%)]]*ShoeTransport!$B$66*tbl_WHConsumer[Online: Air Distance (km)]*tbl_TransportCI[Air CI]+tbl_Transp_WHConsumer[[#This Row],[% Online Sales]]*(1-ShoeTransport!$B$66)*tbl_Transp_WHConsumer[[#This Row],[Online Product Return Rate (%)]]*tbl_WHConsumer[Online: Truck Distance (km)]*tbl_TransportCI[Truck CI]))/1000),\"\")","v":5.0068842187500011E-2},{"$f":"ShoeTransport!$B$74*tbl_Transp_WHConsumer[[#This Row],[%supplied]]","v":1.125},{"$f":"ShoeTransport!$B$75*tbl_Transp_WHConsumer[[#This Row],[%supplied]]","v":1.5}]
["T-Shirt",{"$f":"IFERROR((INDEX(tbl_ShoeMassPackage[Product Weight (g)],MATCH(tbl_Transp_WHConsumer[[#This Row],[Shoe]],tbl_ShoeMassPackage[Product],0),1)+INDEX(tbl_ShoeMassPackage[Package Weight (g)],MATCH(tbl_Transp_WHConsumer[[#This Row],[Shoe]],tbl_ShoeMassPackage[Product],0),1))/1000,\"\")","v":0.45},"EMEA Warehouse",0.5,1,0,0.17499999999999999,{"$f":"IFERROR((tbl_Transp_WHConsumer[[#This Row],[Mass of Shoe + Package (kg)]]*tbl_Transp_WHConsumer[[#This Row],[%supplied]]*((tbl_Transp_WHConsumer[[#This Row],[% Online Sales]]*ShoeTransport!$B$66*tbl_WHConsumer[Online: Air Distance (km)]*tbl_TransportCI[Air CI])+(tbl_Transp_WHConsumer[[#This Row],[% In-store Sales]]*ShoeTransport!$B$66*tbl_WHConsumer[Instore: Air Distance (km)]*tbl_TransportCI[Air CI])+(tbl_Transp_WHConsumer[[#This Row],[% Online Sales]]*tbl_Transp_WHConsumer[[#This Row],[Online Product Return Rate (%)]]*ShoeTransport!$B$66*tbl_WHConsumer[Online: Air Distance (km)]*tbl_TransportCI[Air CI]))/1000),\"\")","v":2.1073331250000001E-2},{"$f":"IFERROR((tbl_Transp_WHConsumer[[#This Row],[Mass of Shoe + Package (kg)]]*tbl_Transp_WHConsumer[[#This Row],[%supplied]]*((tbl_Transp_WHConsumer[[#This Row],[% Online Sales]]*ShoeTransport!$B$66*tbl_WHConsumer[Online: Air Distance (km)]*tbl_TransportCI[Air CI]+tbl_Transp_WHConsumer[[#This Row],[% Online Sales]]*(1-ShoeTransport!$B$66)*tbl_WHConsumer[Online: Truck Distance (km)]*tbl_TransportCI[Truck CI])+(tbl_Transp_WHConsumer[[#This Row],[% In-store Sales]]*ShoeTransport!$B$66*tbl_WHConsumer[Instore: Air Distance (km)]*tbl_TransportCI[Air CI]+tbl_Transp_WHConsumer[[#This Row],[% In-store Sales]]*(1-ShoeTransport!$B$66)*tbl_WHConsumer[Instore: Truck Distance (km)]*tbl_TransportCI[Truck CI])+(tbl_Transp_WHConsumer[[#This Row],[% Online Sales]]*tbl_Transp_WHConsumer[[#This Row],[Online Product Return Rate (%)]]*ShoeTransport!$B$66*tbl_WHConsumer[Online: Air Distance (km)]*tbl_TransportCI[Air CI]+tbl_Transp_WHConsumer[[#This Row],[% Online Sales]]*(1-ShoeTransport!$B$66)*tbl_Transp_WHConsumer[[#This Row],[Online Product Return Rate (%)]]*tbl_WHConsumer[Online: Truck Distance (km)]*tbl_TransportCI[Truck CI]))/1000),\"\")","v":5.2005206249999998E-2},{"$f":"ShoeTransport!$B$74*tbl_Transp_WHConsumer[[#This Row],[%supplied]]","v":1.125},{"$f":"ShoeTransport!$B$75*tbl_Transp_WHConsumer[[#This Row],[%supplied]]","v":1.5}]
["Sneaker",{"$f":"IFERROR((INDEX(tbl_ShoeMassPackage[Product Weight (g)],MATCH(tbl_Transp_WHConsumer[[#This Row],[Shoe]],tbl_ShoeMassPackage[Product],0),1)+INDEX(tbl_ShoeMassPackage[Package Weight (g)],MATCH(tbl_Transp_WHConsumer[[#This Row],[Shoe]],tbl_ShoeMassPackage[Product],0),1))/1000,\"\")","v":0.85199999999999998},"NA Warehouse",0.5,0.75,0.25,0.17499999999999999,{"$f":"IFERROR((tbl_Transp_WHConsumer[[#This Row],[Mass of Shoe + Package (kg)]]*tbl_Transp_WHConsumer[[#This Row],[%supplied]]*((tbl_Transp_WHConsumer[[#This Row],[% Online Sales]]*ShoeTransport!$B$66*tbl_WHConsumer[Online: Air Distance (km)]*tbl_TransportCI[Air CI])+(tbl_Transp_WHConsumer[[#This Row],[% In-store Sales]]*ShoeTransport!$B$66*tbl_WHConsumer[Instore: Air Distance (km)]*tbl_TransportCI[Air CI])+(tbl_Transp_WHConsumer[[#This Row],[% Online Sales]]*tbl_Transp_WHConsumer[[#This Row],[Online Product Return Rate (%)]]*ShoeTransport!$B$66*tbl_WHConsumer[Online: Air Distance (km)]*tbl_TransportCI[Air CI]))/1000),\"\")","v":3.8413245375000002E-2},{"$f":"IFERROR((tbl_Transp_WHConsumer[[#This Row],[Mass of Shoe + Package (kg)]]*tbl_Transp_WHConsumer[[#This Row],[%supplied]]*((tbl_Transp_WHConsumer[[#This Row],[% Online Sales]]*ShoeTransport!$B$66*tbl_WHConsumer[Online: Air Distance (km)]*tbl_TransportCI[Air CI]+tbl_Transp_WHConsumer[[#This Row],[% Online Sales]]*(1-ShoeTransport!$B$66)*tbl_WHConsumer[Online: Truck Distance (km)]*tbl_TransportCI[Truck CI])+(tbl_Transp_WHConsumer[[#This Row],[% In-store Sales]]*ShoeTransport!$B$66*tbl_WHConsumer[Instore: Air Distance (km)]*tbl_TransportCI[Air CI]+tbl_Transp_WHConsumer[[#This Row],[% In-store Sales]]*(1-ShoeTransport!$B$66)*tbl_WHConsumer[Instore: Truck Distance (km)]*tbl_TransportCI[Truck CI])+(tbl_Transp_WHConsumer[[#This Row],[% Online Sales]]*tbl_Transp_WHConsumer[[#This Row],[Online Product Return Rate (%)]]*ShoeTransport!$B$66*tbl_WHConsumer[Online: Air Distance (km)]*tbl_TransportCI[Air CI]+tbl_Transp_WHConsumer[[#This Row],[% Online Sales]]*(1-ShoeTransport!$B$66)*tbl_Transp_WHConsumer[[#This Row],[Online Product Return Rate (%)]]*tbl_WHConsumer[Online: Truck Distance (km)]*tbl_TransportCI[Truck CI]))/1000),\"\")","v":9.4797007875000006E-2},{"$f":"ShoeTransport!$B$74*tbl_Transp_WHConsumer[[#This Row],[%supplied]]","v":1.125},{"$f":"ShoeTransport!$B$75*tbl_Transp_WHConsumer[[#This Row],[%supplied]]","v":1.5}]
["Sneaker",{"$f":"IFERROR((INDEX(tbl_ShoeMassPackage[Product Weight (g)],MATCH(tbl_Transp_WHConsumer[[#This Row],[Shoe]],tbl_ShoeMassPackage[Product],0),1)+INDEX(tbl_ShoeMassPackage[Package Weight (g)],MATCH(tbl_Transp_WHConsumer[[#This Row],[Shoe]],tbl_ShoeMassPackage[Product],0),1))/1000,\"\")","v":0.85199999999999998},"EMEA Warehouse",0.5,1,0,0.17499999999999999,{"$f":"IFERROR((tbl_Transp_WHConsumer[[#This Row],[Mass of Shoe + Package (kg)]]*tbl_Transp_WHConsumer[[#This Row],[%supplied]]*((tbl_Transp_WHConsumer[[#This Row],[% Online Sales]]*ShoeTransport!$B$66*tbl_WHConsumer[Online: Air Distance (km)]*tbl_TransportCI[Air CI])+(tbl_Transp_WHConsumer[[#This Row],[% In-store Sales]]*ShoeTransport!$B$66*tbl_WHConsumer[Instore: Air Distance (km)]*tbl_TransportCI[Air CI])+(tbl_Transp_WHConsumer[[#This Row],[% Online Sales]]*tbl_Transp_WHConsumer[[#This Row],[Online Product Return Rate (%)]]*ShoeTransport!$B$66*tbl_WHConsumer[Online: Air Distance (km)]*tbl_TransportCI[Air CI]))/1000),\"\")","v":3.9898840499999998E-2},{"$f":"IFERROR((tbl_Transp_WHConsumer[[#This Row],[Mass of Shoe + Package (kg)]]*tbl_Transp_WHConsumer[[#This Row],[%supplied]]*((tbl_Transp_WHConsumer[[#This Row],[% Online Sales]]*ShoeTransport!$B$66*tbl_WHConsumer[Online: Air Distance (km)]*tbl_TransportCI[Air CI]+tbl_Transp_WHConsumer[[#This Row],[% Online Sales]]*(1-ShoeTransport!$B$66)*tbl_WHConsumer[Online: Truck Distance (km)]*tbl_TransportCI[Truck CI])+(tbl_Transp_WHConsumer[[#This Row],[% In-store Sales]]*ShoeTransport!$B$66*tbl_WHConsumer[Instore: Air Distance (km)]*tbl_TransportCI[Air CI]+tbl_Transp_WHConsumer[[#This Row],[% In-store Sales]]*(1-ShoeTransport!$B$66)*tbl_WHConsumer[Instore: Truck Distance (km)]*tbl_TransportCI[Truck CI])+(tbl_Transp_WHConsumer[[#This Row],[% Online Sales]]*tbl_Transp_WHConsumer[[#This Row],[Online Product Return Rate (%)]]*ShoeTransport!$B$66*tbl_WHConsumer[Online: Air Distance (km)]*tbl_TransportCI[Air CI]+tbl_Transp_WHConsumer[[#This Row],[% Online Sales]]*(1-ShoeTransport!$B$66)*tbl_Transp_WHConsumer[[#This Row],[Online Product Return Rate (%)]]*tbl_WHConsumer[Online: Truck Distance (km)]*tbl_TransportCI[Truck CI]))/1000),\"\")","v":9.8463190499999992E-2},{"$f":"ShoeTransport!$B$74*tbl_Transp_WHConsumer[[#This Row],[%supplied]]","v":1.125},{"$f":"ShoeTransport!$B$75*tbl_Transp_WHConsumer[[#This Row],[%supplied]]","v":1.5}]
[null,{"$f":"IFERROR((INDEX(tbl_ShoeMassPackage[Product Weight (g)],MATCH(tbl_Transp_WHConsumer[[#This Row],[Shoe]],tbl_ShoeMassPackage[Product],0),1)+INDEX(tbl_ShoeMassPackage[Package Weight (g)],MATCH(tbl_Transp_WHConsumer[[#This Row],[Shoe]],tbl_ShoeMassPackage[Product],0),1))/1000,\"\")","v":""},null,null,null,null,null,{"$f":"IFERROR((tbl_Transp_WHConsumer[[#This Row],[Mass of Shoe + Package (kg)]]*tbl_Transp_WHConsumer[[#This Row],[%supplied]]*((tbl_Transp_WHConsumer[[#This Row],[% Online Sales]]*ShoeTransport!$B$66*tbl_WHConsumer[Online: Air Distance (km)]*tbl_TransportCI[Air CI])+(tbl_Transp_WHConsumer[[#This Row],[% In-store Sales]]*ShoeTransport!$B$66*tbl_WHConsumer[Instore: Air Distance (km)]*tbl_TransportCI[Air CI])+(tbl_Transp_WHConsumer[[#This Row],[% Online Sales]]*tbl_Transp_WHConsumer[[#This Row],[Online Product Return Rate (%)]]*ShoeTransport!$B$66*tbl_WHConsumer[Online: Air Distance (km)]*tbl_TransportCI[Air CI]))/1000),\"\")","v":""},{"$f":"IFERROR((tbl_Transp_WHConsumer[[#This Row],[Mass of Shoe + Package (kg)]]*tbl_Transp_WHConsumer[[#This Row],[%supplied]]*((tbl_Transp_WHConsumer[[#This Row],[% Online Sales]]*ShoeTransport!$B$66*tbl_WHConsumer[Online: Air Distance (km)]*tbl_TransportCI[Air CI]+tbl_Transp_WHConsumer[[#This Row],[% Online Sales]]*(1-ShoeTransport!$B$66)*tbl_WHConsumer[Online: Truck Distance (km)]*tbl_TransportCI[Truck CI])+(tbl_Transp_WHConsumer[[#This Row],[% In-store Sales]]*ShoeTransport!$B$66*tbl_WHConsumer[Instore: Air Distance (km)]*tbl_TransportCI[Air CI]+tbl_Transp_WHConsumer[[#This Row],[% In-store Sales]]*(1-ShoeTransport!$B$66)*tbl_WHConsumer[Instore: Truck Distance (km)]*tbl_TransportCI[Truck CI])+(tbl_Transp_WHConsumer[[#This Row],[% Online Sales]]*tbl_Transp_WHConsumer[[#This Row],[Online Product Return Rate (%)]]*ShoeTransport!$B$66*tbl_WHConsumer[Online: Air Distance (km)]*tbl_TransportCI[Air CI]+tbl_Transp_WHConsumer[[#This Row],[% Online Sales]]*(1-ShoeTransport!$B$66)*tbl_Transp_WHConsumer[[#This Row],[Online Product Return Rate (%)]]*tbl_WHConsumer[Online: Truck Distance (km)]*tbl_TransportCI[Truck CI]))/1000),\"\")","v":""},{"$f":"ShoeTransport!$B$74*tbl_Transp_WHConsumer[[#This Row],[%supplied]]","v":0},{"$f":"ShoeTransport!$B$75*tbl_Transp_WHConsumer[[#This Row],[%supplied]]","v":0}]
[null,{"$f":"IFERROR((INDEX(tbl_ShoeMassPackage[Product Weight (g)],MATCH(tbl_Transp_WHConsumer[[#This Row],[Shoe]],tbl_ShoeMassPackage[Product],0),1)+INDEX(tbl_ShoeMassPackage[Package Weight (g)],MATCH(tbl_Transp_WHConsumer[[#This Row],[Shoe]],tbl_ShoeMassPackage[Product],0),1))/1000,\"\")","v":""},null,null,null,null,null,{"$f":"IFERROR((tbl_Transp_WHConsumer[[#This Row],[Mass of Shoe + Package (kg)]]*tbl_Transp_WHConsumer[[#This Row],[%supplied]]*((tbl_Transp_WHConsumer[[#This Row],[% Online Sales]]*ShoeTransport!$B$66*tbl_WHConsumer[Online: Air Distance (km)]*tbl_TransportCI[Air CI])+(tbl_Transp_WHConsumer[[#This Row],[% In-store Sales]]*ShoeTransport!$B$66*tbl_WHConsumer[Instore: Air Distance (km)]*tbl_TransportCI[Air CI])+(tbl_Transp_WHConsumer[[#This Row],[% Online Sales]]*tbl_Transp_WHConsumer[[#This Row],[Online Product Return Rate (%)]]*ShoeTransport!$B$66*tbl_WHConsumer[Online: Air Distance (km)]*tbl_TransportCI[Air CI]))/1000),\"\")","v":""},{"$f":"IFERROR((tbl_Transp_WHConsumer[[#This Row],[Mass of Shoe + Package (kg)]]*tbl_Transp_WHConsumer[[#This Row],[%supplied]]*((tbl_Transp_WHConsumer[[#This Row],[% Online Sales]]*ShoeTransport!$B$66*tbl_WHConsumer[Online: Air Distance (km)]*tbl_TransportCI[Air CI]+tbl_Transp_WHConsumer[[#This Row],[% Online Sales]]*(1-ShoeTransport!$B$66)*tbl_WHConsumer[Online: Truck Distance (km)]*tbl_TransportCI[Truck CI])+(tbl_Transp_WHConsumer[[#This Row],[% In-store Sales]]*ShoeTransport!$B$66*tbl_WHConsumer[Instore: Air Distance (km)]*tbl_TransportCI[Air CI]+tbl_Transp_WHConsumer[[#This Row],[% In-store Sales]]*(1-ShoeTransport!$B$66)*tbl_WHConsumer[Instore: Truck Distance (km)]*tbl_TransportCI[Truck CI])+(tbl_Transp_WHConsumer[[#This Row],[% Online Sales]]*tbl_Transp_WHConsumer[[#This Row],[Online Product Return Rate (%)]]*ShoeTransport!$B$66*tbl_WHConsumer[Online: Air Distance (km)]*tbl_TransportCI[Air CI]+tbl_Transp_WHConsumer[[#This Row],[% Online Sales]]*(1-ShoeTransport!$B$66)*tbl_Transp_WHConsumer[[#This Row],[Online Product Return Rate (%)]]*tbl_WHConsumer[Online: Truck Distance (km)]*tbl_TransportCI[Truck CI]))/1000),\"\")","v":""},{"$f":"ShoeTransport!$B$74*tbl_Transp_WHConsumer[[#This Row],[%supplied]]","v":0},{"$f":"ShoeTransport!$B$75*tbl_Transp_WHConsumer[[#This Row],[%supplied]]","v":0}]

{"sheet":"Calculation- Use","index":6,"n_rows":9,"n_cols":10,"rows_kept":9,"cut":false,"hidden":false,"merged":[[3,0,3,5],[3,7,3,9]]}
[]
["Input Product Data"]
[]
["Select the product from dropdown (column A) and corresponding wash type (column B) and dry method (column D). If a new customer care method is needed, input the relevant data in the 'ConsumerUse' tab. Enter the number of washes (column C) and drying cycles (column E). This information should reference product care instructions and relevant industry PEFCRs, when available. Select the country grid(s) (column F) where the majority of customers use and care for the product.",null,null,null,null,null,null,"Product use phase carbon footprint summary (column H). Enter the data quality rating (DQR) and uncertainty scores (columns I-J); see 'DataQuality' tab for additional details on Data Quality assessment approach."]
["Shoe","Select Wash Type","Number of Washes","Select Drying Method","Number of Drying Cycles","Country","Total Energy Consumed (kWh)","Use Emissions (kg CO2 eq)","DQR Score","Uncertainty Score"]
["T-Shirt","Hot wash- normal wash cycle",52,"Tumble Dry",52,"US grid",{"$f":"IFERROR(INDEX(tbl_ShoeMassPackage[Product Weight (g)],MATCH('Calculation- Use'!A6,tbl_ShoeMassPackage[Product],0),1)/1000*tbl_UseEmissions[[#This Row],[Number of Washes]]*(VLOOKUP(tbl_UseEmissions[[#This Row],[Select Wash Type]],ConsumerUse!$A$4:$B$9,2,FALSE))+INDEX(tbl_ShoeMassPackage[Product Weight (g)],MATCH('Calculation- Use'!A6,tbl_ShoeMassPackage[Product],0),1)/1000*tbl_UseEmissions[[#This Row],[Number of Drying Cycles]]*(VLOOKUP(tbl_UseEmissions[[#This Row],[Select Drying Method]],ConsumerUse!$A$10:$B$11,2,FALSE)),\"\")","v":9.4363215555555549},{"$f":"IFERROR(tbl_UseEmissions[[#This Row],[Total Energy Consumed (kWh)]]*INDEX(tbl_EnergyTypes[Electricity (kgCO2e/kWh)],MATCH(tbl_UseEmissions[[#This Row],[Country]],tbl_EnergyTypes[Country],0),1),\"\")","v":4.0733174770608551},{"$f":"AVERAGE(2,2,2,3)","v":2.25},3]
["Sneaker","Cold wash- gentle wash cycle",3,"Line dry",3,"US grid",{"$f":"IFERROR(INDEX(tbl_ShoeMassPackage[Product Weight (g)],MATCH('Calculation- Use'!A7,tbl_ShoeMassPackage[Product],0),1)/1000*tbl_UseEmissions[[#This Row],[Number of Washes]]*(VLOOKUP(tbl_UseEmissions[[#This Row],[Select Wash Type]],ConsumerUse!$A$4:$B$9,2,FALSE))+INDEX(tbl_ShoeMassPackage[Product Weight (g)],MATCH('Calculation- Use'!A7,tbl_ShoeMassPackage[Product],0),1)/1000*tbl_UseEmissions[[#This Row],[Number of Drying Cycles]]*(VLOOKUP(tbl_UseEmissions[[#This Row],[Select Drying Method]],ConsumerUse!$A$10:$B$11,2,FALSE)),\"\")","v":7.1603064000000008E-2},{"$f":"IFERROR(tbl_UseEmissions[[#This Row],[Total Energy Consumed (kWh)]]*INDEX(tbl_EnergyTypes[Electricity (kgCO2e/kWh)],MATCH(tbl_UseEmissions[[#This Row],[Country]],tbl_EnergyTypes[Country],0),1),\"\")","v":3.090844353757672E-2},{"$f":"AVERAGE(2,2,2,3)","v":2.25},3]
[null,null,null,null,null,null,{"$f":"IFERROR(INDEX(tbl_ShoeMassPackage[Product Weight (g)],MATCH('Calculation- Use'!A8,tbl_ShoeMassPackage[Product],0),1)/1000*tbl_UseEmissions[[#This Row],[Number of Washes]]*(VLOOKUP(tbl_UseEmissions[[#This Row],[Select Wash Type]],ConsumerUse!$A$4:$B$9,2,FALSE))+INDEX(tbl_ShoeMassPackage[Product Weight (g)],MATCH('Calculation- Use'!A8,tbl_ShoeMassPackage[Product],0),1)/1000*tbl_UseEmissions[[#This Row],[Number of Drying Cycles]]*(VLOOKUP(tbl_UseEmissions[[#This Row],[Select Drying Method]],ConsumerUse!$A$10:$B$11,2,FALSE)),\"\")","v":""},{"$f":"IFERROR(tbl_UseEmissions[[#This Row],[Total Energy Consumed (kWh)]]*INDEX(tbl_EnergyTypes[Electricity (kgCO2e/kWh)],MATCH(tbl_UseEmissions[[#This Row],[Country]],tbl_EnergyTypes[Country],0),1),\"\")","v":""}]
[null,null,null,null,null,null,{"$f":"IFERROR(INDEX(tbl_ShoeMassPackage[Product Weight (g)],MATCH('Calculation- Use'!A9,tbl_ShoeMassPackage[Product],0),1)/1000*tbl_UseEmissions[[#This Row],[Number of Washes]]*(VLOOKUP(tbl_UseEmissions[[#This Row],[Select Wash Type]],ConsumerUse!$A$4:$B$9,2,FALSE))+INDEX(tbl_ShoeMassPackage[Product Weight (g)],MATCH('Calculation- Use'!A9,tbl_ShoeMassPackage[Product],0),1)/1000*tbl_UseEmissions[[#This Row],[Number of Drying Cycles]]*(VLOOKUP(tbl_UseEmissions[[#This Row],[Select Drying Method]],ConsumerUse!$A$10:$B$11,2,FALSE)),\"\")","v":""},{"$f":"IFERROR(tbl_UseEmissions[[#This Row],[Total Energy Consumed (kWh)]]*INDEX(tbl_EnergyTypes[Electricity (kgCO2e/kWh)],MATCH(tbl_UseEmissions[[#This Row],[Country]],tbl_EnergyTypes[Country],0),1),\"\")","v":""}]

{"sheet":"Calculation- EOL","index":7,"n_rows":9,"n_cols":5,"rows_kept":9,"cut":false,"hidden":false,"merged":[[3,0,3,4]]}
[]
["Input Product Data"]
[]
["Select the product from dropdown (column A). End of life carbon footprint summary (column C) is calculated based on material categories in final product. Enter the data quality rating (DQR) and uncertainty scores (columns D-E); see 'DataQuality' tab for additional details on Data Quality assessment approach.\t"]
[" Shoe","Shoe mass (g)","EOL Emissions (kg)","DQR Score","Uncertainty Score"]
["T-Shirt",{"$f":"IFERROR(INDEX(tbl_ShoeMassPackage[Product Weight (g)], MATCH('Calculation- EOL'!$A6,tbl_ShoeMassPackage[Product],0),1),\"\")","v":250},{"$f":"IF(ISBLANK(tbl_EOLEmissions[[#This Row],[ Shoe]]),0,SUMIF(tbl_MatsScrapsEmissions8[[ Shoe]:[Product EOL-Calculations: Mat CI_Incin*MatMassinFinal Component+Waste transport]],tbl_EOLEmissions[[#This Row],[ Shoe]],tbl_MatsScrapsEmissions8[Product EOL Calculations-Mat CI_Land*MatMassinFinal Component+Waste Transport])+SUMIF(tbl_MatsScrapsEmissions8[[ Shoe]:[Product EOL-Calculations: Mat CI_Incin*MatMassinFinal Component+Waste transport]],tbl_EOLEmissions[[#This Row],[ Shoe]],tbl_MatsScrapsEmissions8[Product EOL-Calculations: Mat CI_Incin*MatMassinFinal Component+Waste transport]))","v":0.34285837866666669},{"$f":"AVERAGE(2,2,3,3)","v":2.5},3]
["Sneaker",{"$f":"IFERROR(INDEX(tbl_ShoeMassPackage[Product Weight (g)], MATCH('Calculation- EOL'!$A7,tbl_ShoeMassPackage[Product],0),1),\"\")","v":674},{"$f":"IF(ISBLANK(tbl_EOLEmissions[[#This Row],[ Shoe]]),0,SUMIF(tbl_MatsScrapsEmissions8[[ Shoe]:[Product EOL-Calculations: Mat CI_Incin*MatMassinFinal Component+Waste transport]],tbl_EOLEmissions[[#This Row],[ Shoe]],tbl_MatsScrapsEmissions8[Product EOL Calculations-Mat CI_Land*MatMassinFinal Component+Waste Transport])+SUMIF(tbl_MatsScrapsEmissions8[[ Shoe]:[Product EOL-Calculations: Mat CI_Incin*MatMassinFinal Component+Waste transport]],tbl_EOLEmissions[[#This Row],[ Shoe]],tbl_MatsScrapsEmissions8[Product EOL-Calculations: Mat CI_Incin*MatMassinFinal Component+Waste transport]))","v":0.74220553034666659},2.5,3]
[null,{"$f":"IFERROR(INDEX(tbl_ShoeMassPackage[Product Weight (g)], MATCH('Calculation- EOL'!$A8,tbl_ShoeMassPackage[Product],0),1),\"\")","v":""},{"$f":"IF(ISBLANK(tbl_EOLEmissions[[#This Row],[ Shoe]]),0,SUMIF(tbl_MatsScrapsEmissions8[[ Shoe]:[Product EOL-Calculations: Mat CI_Incin*MatMassinFinal Component+Waste transport]],tbl_EOLEmissions[[#This Row],[ Shoe]],tbl_MatsScrapsEmissions8[Product EOL Calculations-Mat CI_Land*MatMassinFinal Component+Waste Transport])+SUMIF(tbl_MatsScrapsEmissions8[[ Shoe]:[Product EOL-Calculations: Mat CI_Incin*MatMassinFinal Component+Waste transport]],tbl_EOLEmissions[[#This Row],[ Shoe]],tbl_MatsScrapsEmissions8[Product EOL-Calculations: Mat CI_Incin*MatMassinFinal Component+Waste transport]))","v":0}]
[null,{"$f":"IFERROR(INDEX(tbl_ShoeMassPackage[Product Weight (g)], MATCH('Calculation- EOL'!$A9,tbl_ShoeMassPackage[Product],0),1),\"\")","v":""},{"$f":"IF(ISBLANK(tbl_EOLEmissions[[#This Row],[ Shoe]]),0,SUMIF(tbl_MatsScrapsEmissions8[[ Shoe]:[Product EOL-Calculations: Mat CI_Incin*MatMassinFinal Component+Waste transport]],tbl_EOLEmissions[[#This Row],[ Shoe]],tbl_MatsScrapsEmissions8[Product EOL Calculations-Mat CI_Land*MatMassinFinal Component+Waste Transport])+SUMIF(tbl_MatsScrapsEmissions8[[ Shoe]:[Product EOL-Calculations: Mat CI_Incin*MatMassinFinal Component+Waste transport]],tbl_EOLEmissions[[#This Row],[ Shoe]],tbl_MatsScrapsEmissions8[Product EOL-Calculations: Mat CI_Incin*MatMassinFinal Component+Waste transport]))","v":0}]

{"sheet":"Summary","index":8,"n_rows":9,"n_cols":19,"rows_kept":9,"cut":false,"hidden":false,"merged":[[3,12,3,14],[3,7,3,11],[3,0,3,6],[3,15,3,18]]}
[]
[]
[]
["Summary of total carbon footprint (column G) with emissions impact separated by phase (columns B-F). Select the product from dropdown (column A). Click 'Refresh to ensure data is updated.",null,null,null,null,null,null,"% Contribution Analysis by Life Cycle Stage",null,null,null,null,"For reporting purposes ONLY  (according to ISO 14067:2018)",null,null,"Summary of data quality rating (DQR) and uncertainty scores (columns P-S) for each product. See 'DataQuality' tab for additional details on Data Quality assessment approach."]
["Select Shoe","Materials & Scraps","Energy ","Transportation","Use","EOL","Net CO2e (kg) for Pair","% Materials & Scraps","% Energy","% Transportation","% Use","% EOL","Product Biogenic Carbon (kgCO2e)","Aircraft Transportation","% Contribution of Aircraft Transportation to the TOTAL Transportation Impacts","DQR Score","Overall DQR","Uncertainty Score","Overall Uncertainty Score"]
["T-Shirt",{"$f":"IFERROR(GETPIVOTDATA(\"Net Materials Emissions (kg CO2e) for Pair of Shoes or Unit of Apparel\",'Calculation- Materials + Scrap'!$A$5,\" Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),\"\")","v":4.2567610457516336},{"$f":"IFERROR(GETPIVOTDATA(\"Sum of Factory Emissions (Kg CO2 eq)\",'Calculation- Energy Consump'!$A$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),\"\")","v":0.3637449999999996},{"$f":"IFERROR((IFERROR(GETPIVOTDATA(\"Sum of Transportation Emissions- Raw Mat to Textile  (kg)\",'Calculation-Transport'!$B$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),0)+IFERROR(GETPIVOTDATA(\"Sum of Transportation Emissions- Textile to Tier 1 (kg)\",'Calculation-Transport'!$F$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),0)+GETPIVOTDATA(\"Sum of Transportation Emissions- Tier 1 to Warehouse (kg)\",'Calculation-Transport'!$L$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]])+GETPIVOTDATA(\"Sum of Transportation Emissions- Warehouse to Consumers(kg)\",'Calculation-Transport'!$R$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]])),\"\")","v":0.94331563593750012},{"$f":"IFERROR(INDEX(tbl_UseEmissions[Use Emissions (kg CO2 eq)],MATCH(tbl_Summary[[#This Row],[Select Shoe]],tbl_UseEmissions[Shoe],0),),\"\")","v":4.0733174770608551},{"$f":"IFERROR(INDEX(tbl_EOLEmissions[EOL Emissions (kg)],MATCH(tbl_Summary[[#This Row],[Select Shoe]],tbl_EOLEmissions[[ Shoe]],0),),\"\")","v":0.34285837866666669},{"$f":"_xlfn.AGGREGATE(9,6,tbl_Summary[[#This Row],[Materials & Scraps]:[EOL]])","v":9.9799975374166561},{"$f":"IFERROR(tbl_Summary[[#This Row],[Materials & Scraps]]/tbl_Summary[[#This Row],[Net CO2e (kg) for Pair]],)","v":0.4265292681478462},{"$f":"IFERROR(tbl_Summary[[#This Row],[Energy ]]/tbl_Summary[[#This Row],[Net CO2e (kg) for Pair]],)","v":3.6447403783042995E-2},{"$f":"IFERROR(tbl_Summary[[#This Row],[Transportation]]/tbl_Summary[[#This Row],[Net CO2e (kg) for Pair]],)","v":9.4520628126495448E-2},{"$f":"IFERROR(tbl_Summary[[#This Row],[Use]]/tbl_Summary[[#This Row],[Net CO2e (kg) for Pair]],)","v":0.40814814450497772},{"$f":"IFERROR(tbl_Summary[[#This Row],[EOL]]/tbl_Summary[[#This Row],[Net CO2e (kg) for Pair]],)","v":3.4354555437637546E-2},{"$f":"IFERROR(GETPIVOTDATA(\"Sum of FOR REPORTING PURPOSE: ProductBiogenicContent For Pair of Shoes or Apparel (kg CO2e)\",'Calculation- Materials + Scrap'!$A$5,\" Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),\"\")","v":-0.12222222222222223},{"$f":"IFERROR((IFERROR(GETPIVOTDATA(\"Sum of Aircraft Transportation Emissions\",'Calculation-Transport'!$B$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),0)+IFERROR(GETPIVOTDATA(\"Sum of Aircraft Transportation Emissions-Textile to Tier 1\",'Calculation-Transport'!$F$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),0)+GETPIVOTDATA(\"Sum of Aircraft Transportation Emissions-Tier 1 to Warehouse\",'Calculation-Transport'!$L$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]])+GETPIVOTDATA(\"Sum of Aircraft Transportation Emissions-Warehouse to Consumers\",'Calculation-Transport'!$R$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]])),\"\")","v":0.71212166718750014},{"$f":"IFERROR(tbl_Summary[[#This Row],[Aircraft Transportation]]/tbl_Summary[[#This Row],[Transportation]], \"\")","v":0.75491345638490204},{"$f":"IFERROR(((GETPIVOTDATA(\"Sum of Materials DQR Score\",'Calculation- Materials + Scrap'!$A$5,\" Shoe\",tbl_Summary[[#This Row],[Select Shoe]])*tbl_Summary[[#This Row],[% Materials & Scraps]])+(GETPIVOTDATA(\"Sum of DQR Score\",'Calculation- Energy Consump'!$A$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]])*tbl_Summary[[#This Row],[% Energy]])+AVERAGE(IFERROR(GETPIVOTDATA(\"Sum of DQR Score- Raw Material to Tier 1\",'Calculation-Transport'!$I$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),),IFERROR(GETPIVOTDATA(\"Sum of DQR Score-Tier 1 to WH\",'Calculation-Transport'!$L$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),),IFERROR(GETPIVOTDATA(\"Sum of DQR Score- WH to Consumer\",'Calculation-Transport'!$R$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),))*tbl_Summary[[#This Row],[% Transportation]]+INDEX(tbl_UseEmissions[DQR Score],MATCH(tbl_Summary[[#This Row],[Select Shoe]],tbl_UseEmissions[Shoe],0),)*tbl_Summary[[#This Row],[% Use]]+INDEX(tbl_EOLEmissions[DQR Score],MATCH(tbl_Summary[[#This Row],[Select Shoe]],tbl_EOLEmissions[[ Shoe]],0),)*tbl_Summary[[#This Row],[% EOL]]),\"\")","v":2.0446184469445328},{"$f":"IF(tbl_Summary[[#This Row],[DQR Score]]<=1,\"Very Good\",IF(AND(tbl_Summary[[#This Row],[DQR Score]]>1,tbl_Summary[[#This Row],[DQR Score]]<=2),\"Good\",IF(AND(tbl_Summary[[#This Row],[DQR Score]]>2,tbl_Summary[[#This Row],[DQR Score]]<=3),\"Fair\",IF(AND(tbl_Summary[[#This Row],[DQR Score]]>3,tbl_Summary[[#This Row],[DQR Score]]<=4),\"Poor\",IF(AND(tbl_Summary[[#This Row],[DQR Score]]>4,tbl_Summary[[#This Row],[DQR Score]]<=5),\"Very Poor\",\"\")))))","v":"Fair"},{"$f":"IFERROR(((GETPIVOTDATA(\"Sum of Materials Uncertainty Score\",'Calculation- Materials + Scrap'!$A$5,\" Shoe\",tbl_Summary[[#This Row],[Select Shoe]])*tbl_Summary[[#This Row],[% Materials & Scraps]])+(GETPIVOTDATA(\"Sum of Uncertainty Score\",'Calculation- Energy Consump'!$A$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]])*tbl_Summary[[#This Row],[% Energy]])+AVERAGE(IFERROR(GETPIVOTDATA(\"Sum of Uncertainty Score- Raw Maerial to Tier 1\",'Calculation-Transport'!$I$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),),IFERROR(GETPIVOTDATA(\"Sum of Uncertainty Score- Tier 1 to WH\",'Calculation-Transport'!$L$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),),IFERROR(GETPIVOTDATA(\"Sum of Uncertainty Score- WH to Consumer\",'Calculation-Transport'!$R$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),))*tbl_Summary[[#This Row],[% Transportation]]+INDEX(tbl_UseEmissions[Uncertainty Score],MATCH(tbl_Summary[[#This Row],[Select Shoe]],tbl_UseEmissions[Shoe],0),)*tbl_Summary[[#This Row],[% Use]]+INDEX(tbl_EOLEmissions[Uncertainty Score],MATCH(tbl_Summary[[#This Row],[Select Shoe]],tbl_EOLEmissions[[ Shoe]],0),)*tbl_Summary[[#This Row],[% EOL]]),\"\")","v":2.4425026999426147},{"$f":"IF(tbl_Summary[[#This Row],[Uncertainty Score]]<=1.5,\"Very Good (Very Low Uncertainty)\",IF(AND(tbl_Summary[[#This Row],[Uncertainty Score]]>1.5,tbl_Summary[[#This Row],[Uncertainty Score]]<=2.5),\"Good (Low Uncertainty)\",IF(AND(tbl_Summary[[#This Row],[Uncertainty Score]]>2.5,tbl_Summary[[#This Row],[Uncertainty Score]]<=3.5),\"Fair\",IF(AND(tbl_Summary[[#This Row],[Uncertainty Score]]>3.5,tbl_Summary[[#This Row],[Uncertainty Score]]<=4.5),\"Poor (High Uncertainty)\",IF(AND(tbl_Summary[[#This Row],[Uncertainty Score]]>4.5,tbl_Summary[[#This Row],[Uncertainty Score]]<=5),\"Very Poor (Very High Uncertainty)\",\"\")))))","v":"Good (Low Uncertainty)"}]
["Sneaker",{"$f":"IFERROR(GETPIVOTDATA(\"Net Materials Emissions (kg CO2e) for Pair of Shoes or Unit of Apparel\",'Calculation- Materials + Scrap'!$A$5,\" Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),\"\")","v":10.128473617703081},{"$f":"IFERROR(GETPIVOTDATA(\"Sum of Factory Emissions (Kg CO2 eq)\",'Calculation- Energy Consump'!$A$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),\"\")","v":4.0423139999999957},{"$f":"IFERROR((IFERROR(GETPIVOTDATA(\"Sum of Transportation Emissions- Raw Mat to Textile  (kg)\",'Calculation-Transport'!$B$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),0)+IFERROR(GETPIVOTDATA(\"Sum of Transportation Emissions- Textile to Tier 1 (kg)\",'Calculation-Transport'!$F$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),0)+GETPIVOTDATA(\"Sum of Transportation Emissions- Tier 1 to Warehouse (kg)\",'Calculation-Transport'!$L$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]])+GETPIVOTDATA(\"Sum of Transportation Emissions- Warehouse to Consumers(kg)\",'Calculation-Transport'!$R$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]])),\"\")","v":1.7860109373749999},{"$f":"IFERROR(INDEX(tbl_UseEmissions[Use Emissions (kg CO2 eq)],MATCH(tbl_Summary[[#This Row],[Select Shoe]],tbl_UseEmissions[Shoe],0),),\"\")","v":3.090844353757672E-2},{"$f":"IFERROR(INDEX(tbl_EOLEmissions[EOL Emissions (kg)],MATCH(tbl_Summary[[#This Row],[Select Shoe]],tbl_EOLEmissions[[ Shoe]],0),),\"\")","v":0.74220553034666659},{"$f":"_xlfn.AGGREGATE(9,6,tbl_Summary[[#This Row],[Materials & Scraps]:[EOL]])","v":16.72991252896232},{"$f":"IFERROR(tbl_Summary[[#This Row],[Materials & Scraps]]/tbl_Summary[[#This Row],[Net CO2e (kg) for Pair]],)","v":0.60541103249457962},{"$f":"IFERROR(tbl_Summary[[#This Row],[Energy ]]/tbl_Summary[[#This Row],[Net CO2e (kg) for Pair]],)","v":0.24162194470545281},{"$f":"IFERROR(tbl_Summary[[#This Row],[Transportation]]/tbl_Summary[[#This Row],[Net CO2e (kg) for Pair]],)","v":0.10675554545088695},{"$f":"IFERROR(tbl_Summary[[#This Row],[Use]]/tbl_Summary[[#This Row],[Net CO2e (kg) for Pair]],)","v":1.8474958242650076E-3},{"$f":"IFERROR(tbl_Summary[[#This Row],[EOL]]/tbl_Summary[[#This Row],[Net CO2e (kg) for Pair]],)","v":4.4363981524815674E-2},{"$f":"IFERROR(GETPIVOTDATA(\"Sum of FOR REPORTING PURPOSE: ProductBiogenicContent For Pair of Shoes or Apparel (kg CO2e)\",'Calculation- Materials + Scrap'!$A$5,\" Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),\"\")","v":0},{"$f":"IFERROR((IFERROR(GETPIVOTDATA(\"Sum of Aircraft Transportation Emissions\",'Calculation-Transport'!$B$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),0)+IFERROR(GETPIVOTDATA(\"Sum of Aircraft Transportation Emissions-Textile to Tier 1\",'Calculation-Transport'!$F$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),0)+GETPIVOTDATA(\"Sum of Aircraft Transportation Emissions-Tier 1 to Warehouse\",'Calculation-Transport'!$L$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]])+GETPIVOTDATA(\"Sum of Aircraft Transportation Emissions-Warehouse to Consumers\",'Calculation-Transport'!$R$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]])),\"\")","v":1.3482836898750001},{"$f":"IFERROR(tbl_Summary[[#This Row],[Aircraft Transportation]]/tbl_Summary[[#This Row],[Transportation]], \"\")","v":0.75491345638490215},{"$f":"IFERROR(((GETPIVOTDATA(\"Sum of Materials DQR Score\",'Calculation- Materials + Scrap'!$A$5,\" Shoe\",tbl_Summary[[#This Row],[Select Shoe]])*tbl_Summary[[#This Row],[% Materials & Scraps]])+(GETPIVOTDATA(\"Sum of DQR Score\",'Calculation- Energy Consump'!$A$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]])*tbl_Summary[[#This Row],[% Energy]])+AVERAGE(IFERROR(GETPIVOTDATA(\"Sum of DQR Score- Raw Material to Tier 1\",'Calculation-Transport'!$I$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),),IFERROR(GETPIVOTDATA(\"Sum of DQR Score-Tier 1 to WH\",'Calculation-Transport'!$L$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),),IFERROR(GETPIVOTDATA(\"Sum of DQR Score- WH to Consumer\",'Calculation-Transport'!$R$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),))*tbl_Summary[[#This Row],[% Transportation]]+INDEX(tbl_UseEmissions[DQR Score],MATCH(tbl_Summary[[#This Row],[Select Shoe]],tbl_UseEmissions[Shoe],0),)*tbl_Summary[[#This Row],[% Use]]+INDEX(tbl_EOLEmissions[DQR Score],MATCH(tbl_Summary[[#This Row],[Select Shoe]],tbl_EOLEmissions[[ Shoe]],0),)*tbl_Summary[[#This Row],[% EOL]]),\"\")","v":1.7880496334639413},{"$f":"IF(tbl_Summary[[#This Row],[DQR Score]]<=1,\"Very Good\",IF(AND(tbl_Summary[[#This Row],[DQR Score]]>1,tbl_Summary[[#This Row],[DQR Score]]<=2),\"Good\",IF(AND(tbl_Summary[[#This Row],[DQR Score]]>2,tbl_Summary[[#This Row],[DQR Score]]<=3),\"Fair\",IF(AND(tbl_Summary[[#This Row],[DQR Score]]>3,tbl_Summary[[#This Row],[DQR Score]]<=4),\"Poor\",IF(AND(tbl_Summary[[#This Row],[DQR Score]]>4,tbl_Summary[[#This Row],[DQR Score]]<=5),\"Very Poor\",\"\")))))","v":"Good"},{"$f":"IFERROR(((GETPIVOTDATA(\"Sum of Materials Uncertainty Score\",'Calculation- Materials + Scrap'!$A$5,\" Shoe\",tbl_Summary[[#This Row],[Select Shoe]])*tbl_Summary[[#This Row],[% Materials & Scraps]])+(GETPIVOTDATA(\"Sum of Uncertainty Score\",'Calculation- Energy Consump'!$A$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]])*tbl_Summary[[#This Row],[% Energy]])+AVERAGE(IFERROR(GETPIVOTDATA(\"Sum of Uncertainty Score- Raw Maerial to Tier 1\",'Calculation-Transport'!$I$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),),IFERROR(GETPIVOTDATA(\"Sum of Uncertainty Score- Tier 1 to WH\",'Calculation-Transport'!$L$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),),IFERROR(GETPIVOTDATA(\"Sum of Uncertainty Score- WH to Consumer\",'Calculation-Transport'!$R$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),))*tbl_Summary[[#This Row],[% Transportation]]+INDEX(tbl_UseEmissions[Uncertainty Score],MATCH(tbl_Summary[[#This Row],[Select Shoe]],tbl_UseEmissions[Shoe],0),)*tbl_Summary[[#This Row],[% Use]]+INDEX(tbl_EOLEmissions[Uncertainty Score],MATCH(tbl_Summary[[#This Row],[Select Shoe]],tbl_EOLEmissions[[ Shoe]],0),)*tbl_Summary[[#This Row],[% EOL]]),\"\")","v":2.0462114773490807},{"$f":"IF(tbl_Summary[[#This Row],[Uncertainty Score]]<=1.5,\"Very Good (Very Low Uncertainty)\",IF(AND(tbl_Summary[[#This Row],[Uncertainty Score]]>1.5,tbl_Summary[[#This Row],[Uncertainty Score]]<=2.5),\"Good (Low Uncertainty)\",IF(AND(tbl_Summary[[#This Row],[Uncertainty Score]]>2.5,tbl_Summary[[#This Row],[Uncertainty Score]]<=3.5),\"Fair\",IF(AND(tbl_Summary[[#This Row],[Uncertainty Score]]>3.5,tbl_Summary[[#This Row],[Uncertainty Score]]<=4.5),\"Poor (High Uncertainty)\",IF(AND(tbl_Summary[[#This Row],[Uncertainty Score]]>4.5,tbl_Summary[[#This Row],[Uncertainty Score]]<=5),\"Very Poor (Very High Uncertainty)\",\"\")))))","v":"Good (Low Uncertainty)"}]
[null,{"$f":"IFERROR(GETPIVOTDATA(\"Net Materials Emissions (kg CO2e) for Pair of Shoes or Unit of Apparel\",'Calculation- Materials + Scrap'!$A$5,\" Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),\"\")","v":""},{"$f":"IFERROR(GETPIVOTDATA(\"Sum of Factory Emissions (Kg CO2 eq)\",'Calculation- Energy Consump'!$A$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),\"\")","v":""},{"$f":"IFERROR((IFERROR(GETPIVOTDATA(\"Sum of Transportation Emissions- Raw Mat to Textile  (kg)\",'Calculation-Transport'!$B$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),0)+IFERROR(GETPIVOTDATA(\"Sum of Transportation Emissions- Textile to Tier 1 (kg)\",'Calculation-Transport'!$F$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),0)+GETPIVOTDATA(\"Sum of Transportation Emissions- Tier 1 to Warehouse (kg)\",'Calculation-Transport'!$L$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]])+GETPIVOTDATA(\"Sum of Transportation Emissions- Warehouse to Consumers(kg)\",'Calculation-Transport'!$R$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]])),\"\")","v":""},{"$f":"IFERROR(INDEX(tbl_UseEmissions[Use Emissions (kg CO2 eq)],MATCH(tbl_Summary[[#This Row],[Select Shoe]],tbl_UseEmissions[Shoe],0),),\"\")","v":""},{"$f":"IFERROR(INDEX(tbl_EOLEmissions[EOL Emissions (kg)],MATCH(tbl_Summary[[#This Row],[Select Shoe]],tbl_EOLEmissions[[ Shoe]],0),),\"\")","v":""},{"$f":"_xlfn.AGGREGATE(9,6,tbl_Summary[[#This Row],[Materials & Scraps]:[EOL]])","v":0},{"$f":"IFERROR(tbl_Summary[[#This Row],[Materials & Scraps]]/tbl_Summary[[#This Row],[Net CO2e (kg) for Pair]],)","v":0},{"$f":"IFERROR(tbl_Summary[[#This Row],[Energy ]]/tbl_Summary[[#This Row],[Net CO2e (kg) for Pair]],)","v":0},{"$f":"IFERROR(tbl_Summary[[#This Row],[Transportation]]/tbl_Summary[[#This Row],[Net CO2e (kg) for Pair]],)","v":0},{"$f":"IFERROR(tbl_Summary[[#This Row],[Use]]/tbl_Summary[[#This Row],[Net CO2e (kg) for Pair]],)","v":0},{"$f":"IFERROR(tbl_Summary[[#This Row],[EOL]]/tbl_Summary[[#This Row],[Net CO2e (kg) for Pair]],)","v":0},{"$f":"IFERROR(GETPIVOTDATA(\"Sum of FOR REPORTING PURPOSE: ProductBiogenicContent For Pair of Shoes or Apparel (kg CO2e)\",'Calculation- Materials + Scrap'!$A$5,\" Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),\"\")","v":""},{"$f":"IFERROR((IFERROR(GETPIVOTDATA(\"Sum of Aircraft Transportation Emissions\",'Calculation-Transport'!$B$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),0)+IFERROR(GETPIVOTDATA(\"Sum of Aircraft Transportation Emissions-Textile to Tier 1\",'Calculation-Transport'!$F$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),0)+GETPIVOTDATA(\"Sum of Aircraft Transportation Emissions-Tier 1 to Warehouse\",'Calculation-Transport'!$L$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]])+GETPIVOTDATA(\"Sum of Aircraft Transportation Emissions-Warehouse to Consumers\",'Calculation-Transport'!$R$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]])),\"\")","v":""},{"$f":"IFERROR(tbl_Summary[[#This Row],[Aircraft Transportation]]/tbl_Summary[[#This Row],[Transportation]], \"\")","v":""},{"$f":"IFERROR(((GETPIVOTDATA(\"Sum of Materials DQR Score\",'Calculation- Materials + Scrap'!$A$5,\" Shoe\",tbl_Summary[[#This Row],[Select Shoe]])*tbl_Summary[[#This Row],[% Materials & Scraps]])+(GETPIVOTDATA(\"Sum of DQR Score\",'Calculation- Energy Consump'!$A$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]])*tbl_Summary[[#This Row],[% Energy]])+AVERAGE(IFERROR(GETPIVOTDATA(\"Sum of DQR Score- Raw Material to Tier 1\",'Calculation-Transport'!$I$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),),IFERROR(GETPIVOTDATA(\"Sum of DQR Score-Tier 1 to WH\",'Calculation-Transport'!$L$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),),IFERROR(GETPIVOTDATA(\"Sum of DQR Score- WH to Consumer\",'Calculation-Transport'!$R$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),))*tbl_Summary[[#This Row],[% Transportation]]+INDEX(tbl_UseEmissions[DQR Score],MATCH(tbl_Summary[[#This Row],[Select Shoe]],tbl_UseEmissions[Shoe],0),)*tbl_Summary[[#This Row],[% Use]]+INDEX(tbl_EOLEmissions[DQR Score],MATCH(tbl_Summary[[#This Row],[Select Shoe]],tbl_EOLEmissions[[ Shoe]],0),)*tbl_Summary[[#This Row],[% EOL]]),\"\")","v":""},{"$f":"IF(tbl_Summary[[#This Row],[DQR Score]]<=1,\"Very Good\",IF(AND(tbl_Summary[[#This Row],[DQR Score]]>1,tbl_Summary[[#This Row],[DQR Score]]<=2),\"Good\",IF(AND(tbl_Summary[[#This Row],[DQR Score]]>2,tbl_Summary[[#This Row],[DQR Score]]<=3),\"Fair\",IF(AND(tbl_Summary[[#This Row],[DQR Score]]>3,tbl_Summary[[#This Row],[DQR Score]]<=4),\"Poor\",IF(AND(tbl_Summary[[#This Row],[DQR Score]]>4,tbl_Summary[[#This Row],[DQR Score]]<=5),\"Very Poor\",\"\")))))","v":""},{"$f":"IFERROR(((GETPIVOTDATA(\"Sum of Materials Uncertainty Score\",'Calculation- Materials + Scrap'!$A$5,\" Shoe\",tbl_Summary[[#This Row],[Select Shoe]])*tbl_Summary[[#This Row],[% Materials & Scraps]])+(GETPIVOTDATA(\"Sum of Uncertainty Score\",'Calculation- Energy Consump'!$A$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]])*tbl_Summary[[#This Row],[% Energy]])+AVERAGE(IFERROR(GETPIVOTDATA(\"Sum of Uncertainty Score- Raw Maerial to Tier 1\",'Calculation-Transport'!$I$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),),IFERROR(GETPIVOTDATA(\"Sum of Uncertainty Score- Tier 1 to WH\",'Calculation-Transport'!$L$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),),IFERROR(GETPIVOTDATA(\"Sum of Uncertainty Score- WH to Consumer\",'Calculation-Transport'!$R$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),))*tbl_Summary[[#This Row],[% Transportation]]+INDEX(tbl_UseEmissions[Uncertainty Score],MATCH(tbl_Summary[[#This Row],[Select Shoe]],tbl_UseEmissions[Shoe],0),)*tbl_Summary[[#This Row],[% Use]]+INDEX(tbl_EOLEmissions[Uncertainty Score],MATCH(tbl_Summary[[#This Row],[Select Shoe]],tbl_EOLEmissions[[ Shoe]],0),)*tbl_Summary[[#This Row],[% EOL]]),\"\")","v":""},{"$f":"IF(tbl_Summary[[#This Row],[Uncertainty Score]]<=1.5,\"Very Good (Very Low Uncertainty)\",IF(AND(tbl_Summary[[#This Row],[Uncertainty Score]]>1.5,tbl_Summary[[#This Row],[Uncertainty Score]]<=2.5),\"Good (Low Uncertainty)\",IF(AND(tbl_Summary[[#This Row],[Uncertainty Score]]>2.5,tbl_Summary[[#This Row],[Uncertainty Score]]<=3.5),\"Fair\",IF(AND(tbl_Summary[[#This Row],[Uncertainty Score]]>3.5,tbl_Summary[[#This Row],[Uncertainty Score]]<=4.5),\"Poor (High Uncertainty)\",IF(AND(tbl_Summary[[#This Row],[Uncertainty Score]]>4.5,tbl_Summary[[#This Row],[Uncertainty Score]]<=5),\"Very Poor (Very High Uncertainty)\",\"\")))))","v":""}]
[null,{"$f":"IFERROR(GETPIVOTDATA(\"Net Materials Emissions (kg CO2e) for Pair of Shoes or Unit of Apparel\",'Calculation- Materials + Scrap'!$A$5,\" Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),\"\")","v":""},{"$f":"IFERROR(GETPIVOTDATA(\"Sum of Factory Emissions (Kg CO2 eq)\",'Calculation- Energy Consump'!$A$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),\"\")","v":""},{"$f":"IFERROR((IFERROR(GETPIVOTDATA(\"Sum of Transportation Emissions- Raw Mat to Textile  (kg)\",'Calculation-Transport'!$B$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),0)+IFERROR(GETPIVOTDATA(\"Sum of Transportation Emissions- Textile to Tier 1 (kg)\",'Calculation-Transport'!$F$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),0)+GETPIVOTDATA(\"Sum of Transportation Emissions- Tier 1 to Warehouse (kg)\",'Calculation-Transport'!$L$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]])+GETPIVOTDATA(\"Sum of Transportation Emissions- Warehouse to Consumers(kg)\",'Calculation-Transport'!$R$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]])),\"\")","v":""},{"$f":"IFERROR(INDEX(tbl_UseEmissions[Use Emissions (kg CO2 eq)],MATCH(tbl_Summary[[#This Row],[Select Shoe]],tbl_UseEmissions[Shoe],0),),\"\")","v":""},{"$f":"IFERROR(INDEX(tbl_EOLEmissions[EOL Emissions (kg)],MATCH(tbl_Summary[[#This Row],[Select Shoe]],tbl_EOLEmissions[[ Shoe]],0),),\"\")","v":""},{"$f":"_xlfn.AGGREGATE(9,6,tbl_Summary[[#This Row],[Materials & Scraps]:[EOL]])","v":0},{"$f":"IFERROR(tbl_Summary[[#This Row],[Materials & Scraps]]/tbl_Summary[[#This Row],[Net CO2e (kg) for Pair]],)","v":0},{"$f":"IFERROR(tbl_Summary[[#This Row],[Energy ]]/tbl_Summary[[#This Row],[Net CO2e (kg) for Pair]],)","v":0},{"$f":"IFERROR(tbl_Summary[[#This Row],[Transportation]]/tbl_Summary[[#This Row],[Net CO2e (kg) for Pair]],)","v":0},{"$f":"IFERROR(tbl_Summary[[#This Row],[Use]]/tbl_Summary[[#This Row],[Net CO2e (kg) for Pair]],)","v":0},{"$f":"IFERROR(tbl_Summary[[#This Row],[EOL]]/tbl_Summary[[#This Row],[Net CO2e (kg) for Pair]],)","v":0},{"$f":"IFERROR(GETPIVOTDATA(\"Sum of FOR REPORTING PURPOSE: ProductBiogenicContent For Pair of Shoes or Apparel (kg CO2e)\",'Calculation- Materials + Scrap'!$A$5,\" Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),\"\")","v":""},{"$f":"IFERROR((IFERROR(GETPIVOTDATA(\"Sum of Aircraft Transportation Emissions\",'Calculation-Transport'!$B$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),0)+IFERROR(GETPIVOTDATA(\"Sum of Aircraft Transportation Emissions-Textile to Tier 1\",'Calculation-Transport'!$F$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),0)+GETPIVOTDATA(\"Sum of Aircraft Transportation Emissions-Tier 1 to Warehouse\",'Calculation-Transport'!$L$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]])+GETPIVOTDATA(\"Sum of Aircraft Transportation Emissions-Warehouse to Consumers\",'Calculation-Transport'!$R$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]])),\"\")","v":""},{"$f":"IFERROR(tbl_Summary[[#This Row],[Aircraft Transportation]]/tbl_Summary[[#This Row],[Transportation]], \"\")","v":""},{"$f":"IFERROR(((GETPIVOTDATA(\"Sum of Materials DQR Score\",'Calculation- Materials + Scrap'!$A$5,\" Shoe\",tbl_Summary[[#This Row],[Select Shoe]])*tbl_Summary[[#This Row],[% Materials & Scraps]])+(GETPIVOTDATA(\"Sum of DQR Score\",'Calculation- Energy Consump'!$A$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]])*tbl_Summary[[#This Row],[% Energy]])+AVERAGE(IFERROR(GETPIVOTDATA(\"Sum of DQR Score- Raw Material to Tier 1\",'Calculation-Transport'!$I$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),),IFERROR(GETPIVOTDATA(\"Sum of DQR Score-Tier 1 to WH\",'Calculation-Transport'!$L$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),),IFERROR(GETPIVOTDATA(\"Sum of DQR Score- WH to Consumer\",'Calculation-Transport'!$R$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),))*tbl_Summary[[#This Row],[% Transportation]]+INDEX(tbl_UseEmissions[DQR Score],MATCH(tbl_Summary[[#This Row],[Select Shoe]],tbl_UseEmissions[Shoe],0),)*tbl_Summary[[#This Row],[% Use]]+INDEX(tbl_EOLEmissions[DQR Score],MATCH(tbl_Summary[[#This Row],[Select Shoe]],tbl_EOLEmissions[[ Shoe]],0),)*tbl_Summary[[#This Row],[% EOL]]),\"\")","v":""},{"$f":"IF(tbl_Summary[[#This Row],[DQR Score]]<=1,\"Very Good\",IF(AND(tbl_Summary[[#This Row],[DQR Score]]>1,tbl_Summary[[#This Row],[DQR Score]]<=2),\"Good\",IF(AND(tbl_Summary[[#This Row],[DQR Score]]>2,tbl_Summary[[#This Row],[DQR Score]]<=3),\"Fair\",IF(AND(tbl_Summary[[#This Row],[DQR Score]]>3,tbl_Summary[[#This Row],[DQR Score]]<=4),\"Poor\",IF(AND(tbl_Summary[[#This Row],[DQR Score]]>4,tbl_Summary[[#This Row],[DQR Score]]<=5),\"Very Poor\",\"\")))))","v":""},{"$f":"IFERROR(((GETPIVOTDATA(\"Sum of Materials Uncertainty Score\",'Calculation- Materials + Scrap'!$A$5,\" Shoe\",tbl_Summary[[#This Row],[Select Shoe]])*tbl_Summary[[#This Row],[% Materials & Scraps]])+(GETPIVOTDATA(\"Sum of Uncertainty Score\",'Calculation- Energy Consump'!$A$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]])*tbl_Summary[[#This Row],[% Energy]])+AVERAGE(IFERROR(GETPIVOTDATA(\"Sum of Uncertainty Score- Raw Maerial to Tier 1\",'Calculation-Transport'!$I$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),),IFERROR(GETPIVOTDATA(\"Sum of Uncertainty Score- Tier 1 to WH\",'Calculation-Transport'!$L$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),),IFERROR(GETPIVOTDATA(\"Sum of Uncertainty Score- WH to Consumer\",'Calculation-Transport'!$R$5,\"Shoe\",tbl_Summary[[#This Row],[Select Shoe]]),))*tbl_Summary[[#This Row],[% Transportation]]+INDEX(tbl_UseEmissions[Uncertainty Score],MATCH(tbl_Summary[[#This Row],[Select Shoe]],tbl_UseEmissions[Shoe],0),)*tbl_Summary[[#This Row],[% Use]]+INDEX(tbl_EOLEmissions[Uncertainty Score],MATCH(tbl_Summary[[#This Row],[Select Shoe]],tbl_EOLEmissions[[ Shoe]],0),)*tbl_Summary[[#This Row],[% EOL]]),\"\")","v":""},{"$f":"IF(tbl_Summary[[#This Row],[Uncertainty Score]]<=1.5,\"Very Good (Very Low Uncertainty)\",IF(AND(tbl_Summary[[#This Row],[Uncertainty Score]]>1.5,tbl_Summary[[#This Row],[Uncertainty Score]]<=2.5),\"Good (Low Uncertainty)\",IF(AND(tbl_Summary[[#This Row],[Uncertainty Score]]>2.5,tbl_Summary[[#This Row],[Uncertainty Score]]<=3.5),\"Fair\",IF(AND(tbl_Summary[[#This Row],[Uncertainty Score]]>3.5,tbl_Summary[[#This Row],[Uncertainty Score]]<=4.5),\"Poor (High Uncertainty)\",IF(AND(tbl_Summary[[#This Row],[Uncertainty Score]]>4.5,tbl_Summary[[#This Row],[Uncertainty Score]]<=5),\"Very Poor (Very High Uncertainty)\",\"\")))))","v":""}]

{"sheet":"Dashboard","index":9,"n_rows":97,"n_cols":33,"rows_kept":97,"cut":false,"hidden":false,"merged":[[1,5,1,18]]}
[]
[null,null,null,null,null,"CARBON FOOTPRINT DASHBOARD"]
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["A.1 Carbon Footprint Results: Breakdown according to ISO 14067:2018 Reporting Requirements"]
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["A.2 Carbon Footprint Results: Breakdown by Net Total Results, by Life Cycle Phase"]
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[null,null,null,null,null,null,null,"B. Material Phase Carbon Footprint: Breakdown by Section",null,null,null,null,null,null,null,"C.1 Material Phase Carbon Footprint: Breakdown by Component",null,null,null,null,null,null,null,"C.2 Material Phase Carbon Footprint: Breakdown by Material Blend",null,null,null,null,null,null,null,null,"C.3 Material Phase Carbon Footprint: Breakdown by Material"]
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["C.4 Material Phase Carbon Footprint: Breakdown by Component",null,null,null,null,null,null,null,null,null,null,null,null,null,"C.5 Material Phase Carbon Footprint: Breakdown by Material & Process",null,null,null,null,null,null,null,null,null,null,null,null,null,"D. Manufacturing Phase Carbon Footprint: % Breakdown by Process"]

{"sheet":"Datasets -->","index":10,"n_rows":0,"n_cols":0,"rows_kept":0,"cut":false,"hidden":false,"merged":[]}

{"sheet":"InputMats","index":11,"n_rows":142,"n_cols":62,"rows_kept":142,"cut":false,"hidden":false,"merged":[[4,1,4,5],[4,9,4,14],[19,57,19,61],[20,57,21,61],[22,57,23,61],[4,20,4,25],[4,52,4,55],[4,57,4,61],[4,26,4,28],[4,34,4,39],[4,42,4,50]]}
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF(AK1=\"Biodegradable waste\",0.660323781,IF(AK1=\"Paper\",1.047970417,IF(AK1=\"Plastic\",0.07161172,IF(AK1=\"Textile\",1.079526198,IF(AK1=\"Corrugated container\",0.49604009,IF(AK1=\"\",\"\"))))))","v":""}]
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[null,"This table generates materials that can be selected on the 'Calculation- Materials+Scraps' and 'InputBlends' tabs. Select the material from dropdown (column B), then enter stage and product category (columns C-D). If a new material is needed, input the relevant data in columns AQ-AY. Net carbon intensity (CI) includes selected material phases as well as direct land use change and biogenic carbon emissions/removals, if applicable. Select material type (column F) for end of life calculations; if a new material type is needed, input relevant data in columns BA-BD.",null,null,null,null,null,null,null,"Select relevant material processes from dropdown: yarn formation/mixing (column J), textile formation/foaming (column K), preparation/molding (column L), coloration (column M), additional finishing (column N). If a new material process is needed, input the relevant data in columns AQ-AY. Enter data source for record keeping (column O); currently includes PLACEHOLDER VALUES.",null,null,null,null,null,null,null,null,null,null,"Carbon Intensity breakdown by process",null,null,null,null,null,"If applicable, enter direct land use change (column AA) and kg biogenic carbon/kg material (column AC). The kg CO2e biogenic carbon (column AB) is calculated based on the kg biogenic carbon (column AC). Methodology for estimating emissions from dLUC is included in columns BF-BJ, if primary data is not available.",null,null,null,null,null,null,null,"This table summarizes the carbon intensity (CI) percentage breakdown by process (columns AI-AN); calculated based on material process selections (columns J-O).",null,null,null,null,null,null,null,"This table generates to dropdown options to select materials and processes in columns B-N. Enter the material stage, which includes material phase and processing steps (column AQ), notes on classification for record keeping (column AR), and the material or process option (column AS); currently includes PLACEHOLDER VALUES. Then, enter the carbon intensity excluding loss rates (column AV) and loss rates if applicable (column AW), as well as the data source for record keeping (column AU). Enter the data quality rating (DQR) and uncertainty scores (columns AX-AY); see 'DataQuality' tab for additional details on Data Quality assessment approach (Allbirds uses Higg values if data is from the MSI). ",null,null,null,null,null,null,null,null,null,"This table summarizes the end of life carbon intensities (CI) by material category, which are applied to a product's materials to calculate the end of life phase on the 'Calculation- EOL' tab. Enter the lanfill and incineration CIs (columns BB-BC), as well as notes on the data source for record keeping (column BD); currently includes PLACEHOLDER VALUES.",null,null,null,null,"This table summarizes the emissions/removals from direct land use change (dLUC), if applicable, to then be entered in column AA. Enter the material (column BF), sourcing country (column BG), if land conversion occurred within the last 20 years (column BH), and the dLUC emissions/removals (column BI), as well as notes on the data source for record keeping (column BJ). Additional guidance on the methodology for estimating carbon emissions/removals from dLUC are included below the table (rows 19-24)."]
["Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)","Material Name","Stage","Product Category","Net CI (kg CO2e/kg)","Material Type- Landfill/Incinerated","Landfill ","Incinerated ","1","2","3","4","5","6","Source","Dataset Name (noted if different from the dropdown list)","DQR Score","Uncertainty Score","Notes","CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC","CI1","CI2","CI3","CI4","CI5","CI6","Direct land use change (dLUC)","Biogenic Carbon (kg CO2e/kg material)","Product Biogenic Carbon (kg C/kg material)","Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability","Net CI including direct + indirect LUC (kg CO2/kg material)",null,"Helper (NO NEED TO EDIT)",null,"1. Fiber/Resin","2. Yarn formation/Mixing","3. Textile formation/Foaming","4. Preparation/Molding","5. Coloration","6. Additional Finishing",null,"Helper (NO NEED TO EDIT)","Stage"," Notes on Classification (for REFERENCE ONLY)","Option","CI (kg CO2e/material)","Data Source","CI (kg CO2e/material)- EXCLUDING LOSS RATES","Loss rates","Data Quality Review (DQR) Score","Uncertainty/Precision Score",null,"EOL Material Category","CI Landfill","CI Incineration","Notes",null,"Relevant Material","Sourcing Country","Did land conversion occur within the last 20 years?","dLUC kg CO2e/kg material","Reference"]
[{"$f":"B7&\" ; \"&C7&\" - \"&D7","v":"Acrylic ; Fiber - Apparel"},"Acrylic","Fiber","Apparel",{"$f":"IFERROR(SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]]),\"\")","v":0},"Synthetic Textile",{"$f":"IFERROR((IF(OR(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$9,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$10,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$11,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$12,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$13,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$23,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$24),INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),2),(INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),2)+ABS(tbl_CIMats1622[[#This Row],[Biogenic Carbon (kg CO2e/kg material)]])))),)","v":1},{"$f":"IFERROR(INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),3)+ABS(tbl_CIMats1622[[#This Row],[Biogenic Carbon (kg CO2e/kg material)]]),)","v":1},{"$f":"tbl_CIMats1622[[#This Row],[Material Name]]","v":"Acrylic"},"No spinning","No textile formation","No prep","No dyeing","No finish",null,null,{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),9)*$AI7,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),9)*$AJ7,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),9)*$AK7,) +IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),9)*$AL7,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),9)*$AM7,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),9)*$AN7,)","v":0},{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),10)*$AI7,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),10)*$AJ7,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),10)*$AK7,) +IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),10)*$AL7,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),10)*$AM7,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),10)*$AN7,)","v":0},null,{"$f":"IFERROR(SUM(tbl_CIMats1622[[#This Row],[CI1]:[CI6]]),\"\")","v":0},{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),5),\"\")","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[2]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[3]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[4]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[5]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[6]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),5))","v":0},null,{"$f":"-(AC7*(44/12))","v":0},null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":0},null,{"$f":"tbl_CIMats1622[[#This Row],[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)]]","v":"Acrylic ; Fiber - Apparel"},{"$f":"SUM(AI7:AN7)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI1]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI2]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI3]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI4]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI5]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI6]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Acrylic;Fiber"},"Fiber","Synthetics","Acrylic",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0},null,null,null,null,null,null,"Plastic",1,1,"PLACEHOLDER VALUE",null,"Cotton","23% India, 22% China, USA, Brazil, Australia","No primary data",0.37,"Direct Land Use Change Assessment Tool (2018); Country known, previous land use unknown dLUC values"]
["Alpaca ; Fiber - Apparel","Alpaca","Fiber","Apparel",{"$f":"IFERROR(SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]]),\"\")","v":0},"Natural Textile",{"$f":"IFERROR((IF(OR(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$9,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$10,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$11,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$12,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$13,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$23,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$24),INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),2),(INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),2)+ABS(tbl_CIMats1622[[#This Row],[Biogenic Carbon (kg CO2e/kg material)]])))),)","v":1},{"$f":"IFERROR(INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),3)+ABS(tbl_CIMats1622[[#This Row],[Biogenic Carbon (kg CO2e/kg material)]]),)","v":1},{"$f":"tbl_CIMats1622[[#This Row],[Material Name]]","v":"Alpaca"},"No spinning","No textile formation","No prep","No dyeing","No finish",null,null,{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),9)*$AI8,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),9)*$AJ8,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),9)*$AK8,) +IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),9)*$AL8,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),9)*$AM8,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),9)*$AN8,)","v":0},{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),10)*$AI8,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),10)*$AJ8,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),10)*$AK8,) +IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),10)*$AL8,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),10)*$AM8,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),10)*$AN8,)","v":0},null,{"$f":"IFERROR(SUM(tbl_CIMats1622[[#This Row],[CI1]:[CI6]]),\"\")","v":0},{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),5),\"\")","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[2]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[3]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[4]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[5]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[6]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),5))","v":0},null,0,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":0},null,{"$f":"tbl_CIMats1622[[#This Row],[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)]]","v":"Alpaca ; Fiber - Apparel"},{"$f":"SUM(AI8:AN8)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI1]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI2]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI3]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI4]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI5]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI6]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Alpaca;Fiber"},"Fiber","Animal Fibers","Alpaca",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0},null,null,null,null,null,null,"Foam",1,1,"PLACEHOLDER VALUE"]
["Bio-based spandex ; Fiber - Apparel","Bio-based spandex","Fiber","Apparel",{"$f":"IFERROR(SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]]),\"\")","v":0},"Synthetic Textile",{"$f":"IFERROR((IF(OR(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$9,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$10,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$11,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$12,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$13,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$23,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$24),INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),2),(INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),2)+ABS(tbl_CIMats1622[[#This Row],[Biogenic Carbon (kg CO2e/kg material)]])))),)","v":1},{"$f":"IFERROR(INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),3)+ABS(tbl_CIMats1622[[#This Row],[Biogenic Carbon (kg CO2e/kg material)]]),)","v":1},{"$f":"tbl_CIMats1622[[#This Row],[Material Name]]","v":"Bio-based spandex"},"No spinning","No textile formation","No prep","No dyeing","No finish",null,null,{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),9)*$AI9,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),9)*$AJ9,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),9)*$AK9,) +IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),9)*$AL9,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),9)*$AM9,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),9)*$AN9,)","v":0},{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),10)*$AI9,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),10)*$AJ9,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),10)*$AK9,) +IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),10)*$AL9,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),10)*$AM9,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),10)*$AN9,)","v":0},null,{"$f":"IFERROR(SUM(tbl_CIMats1622[[#This Row],[CI1]:[CI6]]),\"\")","v":0},{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),5),\"\")","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[2]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[3]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[4]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[5]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[6]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),5))","v":0},null,0,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":0},null,{"$f":"tbl_CIMats1622[[#This Row],[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)]]","v":"Bio-based spandex ; 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["Nylon 6- Virgin ; Fiber - Apparel","Nylon 6- Virgin","Fiber","Apparel",{"$f":"IFERROR(SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]]),\"\")","v":0},"Synthetic Textile",{"$f":"IFERROR((IF(OR(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$9,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$10,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$11,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$12,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$13,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$23,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$24),INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),2),(INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),2)+ABS(tbl_CIMats1622[[#This Row],[Biogenic Carbon (kg CO2e/kg material)]])))),)","v":1},{"$f":"IFERROR(INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),3)+ABS(tbl_CIMats1622[[#This Row],[Biogenic Carbon (kg CO2e/kg material)]]),)","v":1},{"$f":"tbl_CIMats1622[[#This Row],[Material Name]]","v":"Nylon 6- Virgin"},"No spinning","No textile formation","No prep","No dyeing","No finish",null,null,{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),9)*$AI18,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),9)*$AJ18,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),9)*$AK18,) +IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),9)*$AL18,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),9)*$AM18,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),9)*$AN18,)","v":0},{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),10)*$AI18,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),10)*$AJ18,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),10)*$AK18,) +IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),10)*$AL18,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),10)*$AM18,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),10)*$AN18,)","v":0},null,{"$f":"IFERROR(SUM(tbl_CIMats1622[[#This Row],[CI1]:[CI6]]),\"\")","v":0},{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),5),\"\")","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[2]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[3]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[4]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[5]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[6]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),5))","v":0},null,0,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":0},null,{"$f":"tbl_CIMats1622[[#This Row],[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)]]","v":"Nylon 6- Virgin ; 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["Nylon, mechanically recycled ; Fiber - Apparel","Nylon, mechanically recycled","Fiber","Apparel",{"$f":"IFERROR(SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]]),\"\")","v":0},"Synthetic Textile",{"$f":"IFERROR((IF(OR(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$9,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$10,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$11,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$12,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$13,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$23,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$24),INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),2),(INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),2)+ABS(tbl_CIMats1622[[#This Row],[Biogenic Carbon (kg CO2e/kg material)]])))),)","v":1},{"$f":"IFERROR(INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),3)+ABS(tbl_CIMats1622[[#This Row],[Biogenic Carbon (kg CO2e/kg material)]]),)","v":1},{"$f":"tbl_CIMats1622[[#This Row],[Material Name]]","v":"Nylon, mechanically recycled"},"No spinning","No textile formation","No prep","No dyeing","No finish",null,null,{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),9)*$AI19,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),9)*$AJ19,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),9)*$AK19,) +IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),9)*$AL19,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),9)*$AM19,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),9)*$AN19,)","v":0},{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),10)*$AI19,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),10)*$AJ19,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),10)*$AK19,) +IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),10)*$AL19,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),10)*$AM19,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),10)*$AN19,)","v":0},null,{"$f":"IFERROR(SUM(tbl_CIMats1622[[#This Row],[CI1]:[CI6]]),\"\")","v":0},{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),5),\"\")","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[2]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[3]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[4]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[5]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[6]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),5))","v":0},null,0,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":0},null,{"$f":"tbl_CIMats1622[[#This Row],[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)]]","v":"Nylon, mechanically recycled ; Fiber - Apparel"},0,{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI1]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI2]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI3]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI4]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI5]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI6]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Nylon, mechanically recycled;Fiber"},"Fiber","Synthetics","Nylon, mechanically recycled",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0},null,null,null,null,null,null,null,null,null,null,null,"Methodology for estimating carbon emissions/removals from dLUC"]
["Nylon 6,6- Virgin ; Fiber - Apparel","Nylon 6,6- Virgin","Fiber","Apparel",{"$f":"IFERROR(SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]]),\"\")","v":0},"Synthetic Textile",{"$f":"IFERROR((IF(OR(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$9,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$10,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$11,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$12,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$13,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$23,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$24),INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),2),(INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),2)+ABS(tbl_CIMats1622[[#This Row],[Biogenic Carbon (kg CO2e/kg material)]])))),)","v":1},{"$f":"IFERROR(INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),3)+ABS(tbl_CIMats1622[[#This Row],[Biogenic Carbon (kg CO2e/kg material)]]),)","v":1},{"$f":"tbl_CIMats1622[[#This Row],[Material Name]]","v":"Nylon 6,6- Virgin"},"No spinning","No textile formation","No prep","No dyeing","No finish",null,null,{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),9)*$AI20,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),9)*$AJ20,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),9)*$AK20,) +IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),9)*$AL20,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),9)*$AM20,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),9)*$AN20,)","v":0},{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),10)*$AI20,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),10)*$AJ20,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),10)*$AK20,) +IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),10)*$AL20,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),10)*$AM20,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),10)*$AN20,)","v":0},null,{"$f":"IFERROR(SUM(tbl_CIMats1622[[#This Row],[CI1]:[CI6]]),\"\")","v":0},{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),5),\"\")","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[2]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[3]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[4]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[5]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[6]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),5))","v":0},null,0,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":0},null,{"$f":"tbl_CIMats1622[[#This Row],[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)]]","v":"Nylon 6,6- Virgin ; Fiber - Apparel"},0,{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI1]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI2]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI3]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI4]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI5]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI6]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Nylon 6,6- Virgin;Fiber"},"Fiber","Synthetics","Nylon 6,6- Virgin",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0},null,null,null,null,null,null,null,null,null,null,null,"For materials with limited traceability, the following methodology can be applied:"]
["Nylon 6-Recycled- FDY ; Fiber - Apparel","Nylon 6-Recycled- FDY","Fiber","Apparel",{"$f":"IFERROR(SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]]),\"\")","v":0},"Synthetic Textile",{"$f":"IFERROR((IF(OR(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$9,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$10,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$11,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$12,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$13,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$23,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$24),INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),2),(INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),2)+ABS(tbl_CIMats1622[[#This Row],[Biogenic Carbon (kg CO2e/kg material)]])))),)","v":1},{"$f":"IFERROR(INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),3)+ABS(tbl_CIMats1622[[#This Row],[Biogenic Carbon (kg CO2e/kg material)]]),)","v":1},{"$f":"tbl_CIMats1622[[#This Row],[Material Name]]","v":"Nylon 6-Recycled- FDY"},"No spinning","No textile formation","No prep","No dyeing","No finish",null,null,{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),9)*$AI21,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),9)*$AJ21,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),9)*$AK21,) +IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),9)*$AL21,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),9)*$AM21,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),9)*$AN21,)","v":0},{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),10)*$AI21,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),10)*$AJ21,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),10)*$AK21,) +IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),10)*$AL21,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),10)*$AM21,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),10)*$AN21,)","v":0},null,{"$f":"IFERROR(SUM(tbl_CIMats1622[[#This Row],[CI1]:[CI6]]),\"\")","v":0},{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),5),\"\")","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[2]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[3]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[4]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[5]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[6]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),5))","v":0},null,0,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":0},null,{"$f":"tbl_CIMats1622[[#This Row],[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)]]","v":"Nylon 6-Recycled- FDY ; Fiber - Apparel"},0,{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI1]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI2]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI3]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI4]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI5]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI6]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Nylon 6-Recycled- FDY;Fiber"},"Fiber","Synthetics","Nylon 6-Recycled- FDY",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0},null,null,null,null,null,null,null,null,null,null,null,"1) Where country of production is known, but the previous land use is unknown, the emissions/removals from LUC is estimated as the average emissions from the land use change for that commodity in that country. The Direct Land Use Change Assessment Tool (v2018) can be used to retrieve emission factors."]
["Nylon 6-Recycled, texturised ; Fiber - Apparel","Nylon 6-Recycled, texturised","Fiber","Apparel",{"$f":"IFERROR(SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]]),\"\")","v":0},"Synthetic Textile",{"$f":"IFERROR((IF(OR(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$9,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$10,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$11,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$12,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$13,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$23,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$24),INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),2),(INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),2)+ABS(tbl_CIMats1622[[#This Row],[Biogenic Carbon (kg CO2e/kg material)]])))),)","v":1},{"$f":"IFERROR(INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),3)+ABS(tbl_CIMats1622[[#This Row],[Biogenic Carbon (kg CO2e/kg material)]]),)","v":1},{"$f":"tbl_CIMats1622[[#This Row],[Material Name]]","v":"Nylon 6-Recycled, texturised"},"No spinning","No textile formation","No prep","No dyeing","No finish",null,null,{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),9)*$AI22,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),9)*$AJ22,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),9)*$AK22,) +IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),9)*$AL22,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),9)*$AM22,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),9)*$AN22,)","v":0},{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),10)*$AI22,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),10)*$AJ22,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),10)*$AK22,) +IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),10)*$AL22,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),10)*$AM22,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),10)*$AN22,)","v":0},null,{"$f":"IFERROR(SUM(tbl_CIMats1622[[#This Row],[CI1]:[CI6]]),\"\")","v":0},{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),5),\"\")","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[2]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[3]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[4]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[5]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[6]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),5))","v":0},null,0,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":0},null,{"$f":"tbl_CIMats1622[[#This Row],[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)]]","v":"Nylon 6-Recycled, texturised ; Fiber - Apparel"},0,{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI1]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI2]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI3]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI4]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI5]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI6]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Nylon 6-Recycled, texturised;Fiber"},"Fiber","Synthetics","Nylon 6-Recycled, texturised",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
["Polyester - Recycled ; Fiber - Apparel","Polyester - Recycled","Fiber","Apparel",{"$f":"IFERROR(SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]]),\"\")","v":0},"Synthetic Textile",{"$f":"IFERROR((IF(OR(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$9,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$10,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$11,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$12,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$13,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$23,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$24),INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),2),(INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),2)+ABS(tbl_CIMats1622[[#This Row],[Biogenic Carbon (kg CO2e/kg material)]])))),)","v":1},{"$f":"IFERROR(INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),3)+ABS(tbl_CIMats1622[[#This Row],[Biogenic Carbon (kg CO2e/kg material)]]),)","v":1},{"$f":"tbl_CIMats1622[[#This Row],[Material Name]]","v":"Polyester - Recycled"},"No spinning","No textile formation","No prep","No dyeing","No finish",null,null,{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),9)*$AI23,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),9)*$AJ23,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),9)*$AK23,) +IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),9)*$AL23,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),9)*$AM23,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),9)*$AN23,)","v":0},{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),10)*$AI23,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),10)*$AJ23,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),10)*$AK23,) +IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),10)*$AL23,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),10)*$AM23,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),10)*$AN23,)","v":0},null,{"$f":"IFERROR(SUM(tbl_CIMats1622[[#This Row],[CI1]:[CI6]]),\"\")","v":0},{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),5),\"\")","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[2]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[3]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[4]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[5]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[6]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),5))","v":0},null,0,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":0},null,{"$f":"tbl_CIMats1622[[#This Row],[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)]]","v":"Polyester - Recycled ; Fiber - Apparel"},0,{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI1]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI2]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI3]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI4]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI5]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI6]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Polyester - Recycled;Fiber"},"Fiber","Synthetics","Polyester - Recycled",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0},null,null,null,null,null,null,null,null,null,null,null,"2) When country of production is unknown, import statistics can be retreived for the relevant commodities from government databases to determine the country of production. A weighted average of the land use change emissions can then be retreived from the Direct Land Use Change Assessment Tool (v2018). "]
["Polyester - Virgin ; Fiber - Apparel","Polyester - Virgin","Fiber","Apparel",{"$f":"IFERROR(SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]]),\"\")","v":0},"Synthetic Textile",{"$f":"IFERROR((IF(OR(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$9,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$10,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$11,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$12,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$13,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$23,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$24),INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),2),(INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),2)+ABS(tbl_CIMats1622[[#This Row],[Biogenic Carbon (kg CO2e/kg material)]])))),)","v":1},{"$f":"IFERROR(INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),3)+ABS(tbl_CIMats1622[[#This Row],[Biogenic Carbon (kg CO2e/kg material)]]),)","v":1},{"$f":"tbl_CIMats1622[[#This Row],[Material Name]]","v":"Polyester - Virgin"},"No spinning","No textile formation","No prep","No dyeing","No finish",null,null,{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),9)*$AI24,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),9)*$AJ24,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),9)*$AK24,) +IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),9)*$AL24,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),9)*$AM24,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),9)*$AN24,)","v":0},{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),10)*$AI24,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),10)*$AJ24,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),10)*$AK24,) +IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),10)*$AL24,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),10)*$AM24,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),10)*$AN24,)","v":0},null,{"$f":"IFERROR(SUM(tbl_CIMats1622[[#This Row],[CI1]:[CI6]]),\"\")","v":0},{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),5),\"\")","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[2]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[3]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[4]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[5]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[6]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),5))","v":0},null,0,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":0},null,{"$f":"tbl_CIMats1622[[#This Row],[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)]]","v":"Polyester - Virgin ; 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Yarn - Apparel"},0,{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI1]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI2]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI3]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI4]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI5]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI6]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Cashmere;Yarn"},"Yarn","Animal Fibers","Cashmere",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
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["Nylon, mechanically recycled ; Fabric - Apparel","Nylon, mechanically recycled","Fabric","Apparel",{"$f":"IFERROR(SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]]),\"\")","v":0},"Synthetic Textile",{"$f":"IFERROR((IF(OR(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$9,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$10,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$11,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$12,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$13,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$23,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$24),INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),2),(INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),2)+ABS(tbl_CIMats1622[[#This Row],[Biogenic Carbon (kg CO2e/kg material)]])))),)","v":1},{"$f":"IFERROR(INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),3)+ABS(tbl_CIMats1622[[#This Row],[Biogenic Carbon (kg CO2e/kg material)]]),)","v":1},{"$f":"tbl_CIMats1622[[#This Row],[Material Name]]","v":"Nylon, mechanically recycled"},"Extrusion and melt-spinning, continuous","Weaving","No prep","No dyeing","No finish",null,null,{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),9)*$AI65,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),9)*$AJ65,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),9)*$AK65,) +IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),9)*$AL65,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),9)*$AM65,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),9)*$AN65,)","v":0},{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),10)*$AI65,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),10)*$AJ65,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),10)*$AK65,) +IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),10)*$AL65,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),10)*$AM65,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),10)*$AN65,)","v":0},null,{"$f":"IFERROR(SUM(tbl_CIMats1622[[#This Row],[CI1]:[CI6]]),\"\")","v":0},{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),5),\"\")","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[2]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[3]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[4]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[5]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[6]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),5))","v":0},null,0,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":0},null,{"$f":"tbl_CIMats1622[[#This Row],[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)]]","v":"Nylon, mechanically recycled ; 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["Viscose/Rayon ; Fabric - Apparel","Viscose/Rayon","Fabric","Apparel",{"$f":"IFERROR(SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]]),\"\")","v":0},"Natural Textile",{"$f":"IFERROR((IF(OR(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$9,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$10,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$11,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$12,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$13,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$23,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$24),INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),2),(INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),2)+ABS(tbl_CIMats1622[[#This Row],[Biogenic Carbon (kg CO2e/kg material)]])))),)","v":1},{"$f":"IFERROR(INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),3)+ABS(tbl_CIMats1622[[#This Row],[Biogenic Carbon (kg CO2e/kg material)]]),)","v":1},{"$f":"tbl_CIMats1622[[#This Row],[Material Name]]","v":"Viscose/Rayon"},"Spinning, MMCF, for woven","Weaving","Preparation for dye (scouring, etc), woven textile, natural fibers","No dyeing","No finish",null,null,{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),9)*$AI73,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),9)*$AJ73,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),9)*$AK73,) +IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),9)*$AL73,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),9)*$AM73,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),9)*$AN73,)","v":0},{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),10)*$AI73,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),10)*$AJ73,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),10)*$AK73,) +IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),10)*$AL73,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),10)*$AM73,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),10)*$AN73,)","v":0},null,{"$f":"IFERROR(SUM(tbl_CIMats1622[[#This Row],[CI1]:[CI6]]),\"\")","v":0},{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),5),\"\")","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[2]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[3]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[4]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[5]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[6]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),5))","v":0},null,0,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":0},null,{"$f":"tbl_CIMats1622[[#This Row],[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)]]","v":"Viscose/Rayon ; Fabric - Apparel"},0,{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI1]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI2]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI3]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI4]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI5]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI6]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Viscose/Rayon;Fabric"},"Fabric","MMCF","Viscose/Rayon",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
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Fabric - Apparel"},0,{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI1]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI2]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI3]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI4]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI5]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI6]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Wool - Recycled;Fabric"},"Fabric","Animal Fibers","Wool - Recycled",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
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Packaging - Packaging"},0,{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI1]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI2]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI3]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI4]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI5]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI6]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"No spinning"},"Yarn Formation","Synthetics: Polyester (Virgin/Recycled), Nylon (Virgin/Recycled), Acrylic","No spinning",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
[{"$f":"B77&\" ; \"&C77&\" - \"&D77","v":"Cardboard - Virgin ; Packaging - Packaging"},"Cardboard - Virgin","Packaging","Packaging",{"$f":"IFERROR(SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]]),\"\")","v":1.2833333333333334},"Cardboard",{"$f":"IFERROR((IF(OR(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$9,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$10,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$11,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$12,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$13,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$23,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$24),INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),2),(INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),2)+ABS(tbl_CIMats1622[[#This Row],[Biogenic Carbon (kg CO2e/kg material)]])))),)","v":1},{"$f":"IFERROR(INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),3)+ABS(tbl_CIMats1622[[#This Row],[Biogenic Carbon (kg CO2e/kg material)]]),)","v":1.3666666666666667},{"$f":"tbl_CIMats1622[[#This Row],[Material Name]]","v":"Cardboard - Virgin"},null,null,null,null,null,"PLACEHOLDER VALUE",null,{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),9)*$AI77,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),9)*$AJ77,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),9)*$AK77,) +IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),9)*$AL77,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),9)*$AM77,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),9)*$AN77,)","v":2},{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),10)*$AI77,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),10)*$AJ77,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),10)*$AK77,) +IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),10)*$AL77,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),10)*$AM77,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),10)*$AN77,)","v":2},null,{"$f":"IFERROR(SUM(tbl_CIMats1622[[#This Row],[CI1]:[CI6]]),\"\")","v":1.6500000000000001},{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),5),\"\")","v":1.6500000000000001},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[2]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),5))","v":""},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[3]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),5))","v":""},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[4]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),5))","v":""},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[5]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),5))","v":""},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[6]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),5))","v":""},null,{"$f":"-(AC77*(44/12))","v":-0.3666666666666667},0.1,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":1.2833333333333334},null,{"$f":"tbl_CIMats1622[[#This Row],[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)]]","v":"Cardboard - Virgin ; Packaging - Packaging"},1,{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI1]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":1},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI2]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI3]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI4]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI5]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI6]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Extrusion and melt-spinning, for knit"},"Yarn Formation","Synthetics: Polyester (Virgin/Recycled), Nylon (Virgin/Recycled), Acrylic","Extrusion and melt-spinning, for knit",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":2.2000000000000002},"PLACEHOLDER VALUE",2,0.1,2,2]
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Foam - Footwear"},0.99999999999999989,{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI1]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0.46987951807228912},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI2]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0.30292598967297762},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI3]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0.2271944922547332},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI4]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI5]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI6]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Extrusion and melt-spinning, continuous"},"Yarn Formation","Synthetics: Nylon 6 (Recycled)- FDY","Extrusion and melt-spinning, continuous",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
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Foam - Footwear"},0,{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI1]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI2]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI3]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI4]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI5]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI6]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Extrusion and staple fiber spinning, for knit"},"Yarn Formation","Synthetics: Nylon 6,6 (Recycled)- texturized yarn","Extrusion and staple fiber spinning, for knit",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":1.6500000000000001},"PLACEHOLDER VALUE",1.5,0.1,2,2]
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["Polyester - Recycled ; Plastics - Footwear","Polyester - Recycled","Plastics","Footwear",{"$f":"IFERROR(SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]]),\"\")","v":0},"Plastic",null,null,{"$f":"tbl_CIMats1622[[#This Row],[Material Name]]","v":"Polyester - Recycled"},"No mixing","No foaming","No molding",null,null,null,null,{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),9)*$AI87,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),9)*$AJ87,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),9)*$AK87,) +IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),9)*$AL87,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),9)*$AM87,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),9)*$AN87,)","v":0},{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),10)*$AI87,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),10)*$AJ87,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),10)*$AK87,) +IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),10)*$AL87,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),10)*$AM87,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),10)*$AN87,)","v":0},null,{"$f":"IFERROR(SUM(tbl_CIMats1622[[#This Row],[CI1]:[CI6]]),\"\")","v":0},{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),5),\"\")","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[2]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[3]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[4]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[5]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),5))","v":""},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[6]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),5))","v":""},null,0,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":0},null,{"$f":"tbl_CIMats1622[[#This Row],[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)]]","v":"Polyester - Recycled ; 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["EPDM rubber ; Rubber/Elastomer - Footwear","EPDM rubber","Rubber/Elastomer","Footwear",{"$f":"IFERROR(SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]]),\"\")","v":0},"Rubber",{"$f":"IFERROR((IF(OR(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$9,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$10,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$11,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$12,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$13,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$23,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$24),INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),2),(INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),2)+ABS(tbl_CIMats1622[[#This Row],[Biogenic Carbon (kg CO2e/kg material)]])))),)","v":1},{"$f":"IFERROR(INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),3)+ABS(tbl_CIMats1622[[#This Row],[Biogenic Carbon (kg CO2e/kg material)]]),)","v":1},{"$f":"tbl_CIMats1622[[#This Row],[Material Name]]","v":"EPDM rubber"},"No mixing","No foaming","No molding",null,null,null,null,{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),9)*$AI92,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),9)*$AJ92,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),9)*$AK92,) +IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),9)*$AL92,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),9)*$AM92,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),9)*$AN92,)","v":0},{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),10)*$AI92,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),10)*$AJ92,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),10)*$AK92,) +IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),10)*$AL92,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),10)*$AM92,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),10)*$AN92,)","v":0},null,{"$f":"IFERROR(SUM(tbl_CIMats1622[[#This Row],[CI1]:[CI6]]),\"\")","v":0},{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),5),\"\")","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[2]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[3]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[4]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[5]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),5))","v":""},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[6]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),5))","v":""},null,0,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":0},null,{"$f":"tbl_CIMats1622[[#This Row],[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)]]","v":"EPDM rubber ; Rubber/Elastomer - Footwear"},0,{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI1]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI2]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI3]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI4]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI5]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI6]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Spinning, cotton, for woven"},"Yarn Formation","Cotton","Spinning, cotton, for woven",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
["Natural rubber ; Rubber/Elastomer - Footwear","Natural rubber","Rubber/Elastomer","Footwear",{"$f":"IFERROR(SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]]),\"\")","v":0},"Rubber",{"$f":"IFERROR((IF(OR(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$9,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$10,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$11,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$12,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$13,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$23,tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]]=$BA$24),INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),2),(INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),2)+ABS(tbl_CIMats1622[[#This Row],[Biogenic Carbon (kg CO2e/kg material)]])))),)","v":1},{"$f":"IFERROR(INDEX(EOL_CIs[#All],MATCH(tbl_CIMats1622[[#This Row],[Material Type- Landfill/Incinerated]],EOL_CIs[[#All],[EOL Material Category]],0),3)+ABS(tbl_CIMats1622[[#This Row],[Biogenic Carbon (kg CO2e/kg material)]]),)","v":1},{"$f":"tbl_CIMats1622[[#This Row],[Material Name]]","v":"Natural rubber"},"No mixing","No foaming","No molding",null,null,null,null,{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),9)*$AI93,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),9)*$AJ93,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),9)*$AK93,) +IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),9)*$AL93,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),9)*$AM93,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),9)*$AN93,)","v":0},{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),10)*$AI93,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),10)*$AJ93,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),10)*$AK93,) +IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),10)*$AL93,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),10)*$AM93,)+IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),10)*$AN93,)","v":0},null,{"$f":"IFERROR(SUM(tbl_CIMats1622[[#This Row],[CI1]:[CI6]]),\"\")","v":0},{"$f":"IFERROR(INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[Material Name]]&\";\"&tbl_CIMats1622[[#This Row],[Stage]],InputMatDropdownList[Helper (NO NEED TO EDIT)],0),5),\"\")","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[2]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[2]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[3]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[3]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[4]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[4]],InputMatDropdownList[Option],0),5))","v":0},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[5]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[5]],InputMatDropdownList[Option],0),5))","v":""},{"$f":"IF(ISBLANK(tbl_CIMats1622[[#This Row],[6]]),\"\",INDEX(InputMatDropdownList[],MATCH(tbl_CIMats1622[[#This Row],[6]],InputMatDropdownList[Option],0),5))","v":""},null,0,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":0},null,{"$f":"tbl_CIMats1622[[#This Row],[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)]]","v":"Natural rubber ; Rubber/Elastomer - Footwear"},0,{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI1]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI2]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI3]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI4]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI5]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},{"$f":"IFERROR(tbl_CIMats1622[[#This Row],[CI6]]/tbl_CIMats1622[[#This Row],[CI (kg CO2e/kg)-EXCLUDING Biogenic C & dLUC]],)","v":0},null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"No spinning"},"Yarn Formation","MMCF: viscose, modal, tencel lyocell","No spinning",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Spinning, MMCF, for knit"},"Yarn Formation","MMCF: viscose, modal, tencel lyocell","Spinning, MMCF, for knit",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Spinning, MMCF, for woven"},"Yarn Formation","MMCF: viscose, modal, tencel lyocell","Spinning, MMCF, for woven",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"No spinning"},"Yarn Formation","Wool , cashmere, alpaca","No spinning",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Spinning, wool, for knit"},"Yarn Formation","Wool , cashmere, alpaca","Spinning, wool, for knit",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Spinning, wool, for woven"},"Yarn Formation","Wool , cashmere, alpaca","Spinning, wool, for woven",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Knitting"},"Textile Formation","All","Knitting",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":1.375},"PLACEHOLDER VALUE",1.25,0.1,2,2]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Weaving"},"Textile Formation","All","Weaving",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"No textile formation"},"Textile Formation","All","No textile formation",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"No prep"},"Prep","Natural Fiber","No prep",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Preparation for dye (scouring, etc), knit textile, natural fibers"},"Prep","Natural Fiber","Preparation for dye (scouring, etc), knit textile, natural fibers",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":1.5750000000000002},"PLACEHOLDER VALUE",1.5,0.05,2,2]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Preparation for dye (scouring, etc), woven textile, natural fibers"},"Prep","Natural Fiber","Preparation for dye (scouring, etc), woven textile, natural fibers",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
[{"$f":"B105&\" ; \"&C105&\" - \"&D105","v":" ;  - "},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Scouring, synthetic fibers"},"Prep","Synthetics","Scouring, synthetic fibers",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":3.1500000000000004},"PLACEHOLDER VALUE",3,0.05,2,2]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"No dyeing"},"Coloration","All","No dyeing",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Batch dyeing"},"Coloration","All","Batch dyeing",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":3.8500000000000005},"PLACEHOLDER VALUE",3.5,0.1,2,2]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Continuous dyeing"},"Coloration","All","Continuous dyeing",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Solution dyeing"},"Coloration","All","Solution dyeing",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"No finish"},"Finishing","All","No finish",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"DWR"},"Finishing","All","DWR",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Heat setting"},"Finishing","All","Heat setting",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Printing"},"Finishing","All","Printing",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Cardboard - Recycled;Packaging"},"Packaging","Packaging","Cardboard - Recycled",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Cardboard - Virgin;Packaging"},"Packaging","Packaging","Cardboard - Virgin",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":1.6500000000000001},"PLACEHOLDER VALUE",1.5,0.1,2,2]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"EVA;Foam"},"Foam","Foam","EVA",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":3.9375},"PLACEHOLDER VALUE",3.75,0.05,2,2]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"EVA-Recycled;Foam"},"Foam","Foam","EVA-Recycled",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"PU;Foam"},"Foam","Foam","PU",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":3.4125000000000001},"PLACEHOLDER VALUE",3.25,0.05,2,2]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Bio-TPU;Foam"},"Foam","Foam","Bio-TPU",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Nylon;Plastics"},"Plastics","Plastics","Nylon",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Nylon - Bio-based;Plastics"},"Plastics","Plastics","Nylon - Bio-based",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Nylon - Recycled;Plastics"},"Plastics","Plastics","Nylon - Recycled",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Nylon 6- Virgin;Plastics"},"Plastics","Plastics","Nylon 6- Virgin",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Nylon 6,6- Virgin;Plastics"},"Plastics","Plastics","Nylon 6,6- Virgin",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
[{"$f":"B125&\" ; \"&C125&\" - \"&D125","v":" ;  - "},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Polyester - Recycled;Plastics"},"Plastics","Plastics","Polyester - Recycled",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
[{"$f":"B126&\" ; \"&C126&\" - \"&D126","v":" ;  - "},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Polyester - Virgin;Plastics"},"Plastics","Plastics","Polyester - Virgin",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Polypropylene;Plastics"},"Plastics","Plastics","Polypropylene",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":3.1500000000000004},"PLACEHOLDER VALUE",3,0.05,2,2]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"TPU;Plastics"},"Plastics","Plastics","TPU",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":6.8250000000000002},"PLACEHOLDER VALUE",6.5,0.05,2,2]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Butyl rubber;Rubber/Elastomer"},"Rubber/Elastomer","Rubber/Elastomer","Butyl rubber",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":5.5125000000000002},"PLACEHOLDER VALUE",5.25,0.05,2,2]
[{"$f":"B130&\" ; \"&C130&\" - \"&D130","v":" ;  - "},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"EPDM rubber;Rubber/Elastomer"},"Rubber/Elastomer","Rubber/Elastomer","EPDM rubber",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Natural rubber;Rubber/Elastomer"},"Rubber/Elastomer","Rubber/Elastomer","Natural rubber",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"No foaming"},"Foaming","Foaming","No foaming",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Foaming"},"Foaming","Foaming","Foaming",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":1.6500000000000001},"PLACEHOLDER VALUE",1.5,0.1,2,2]
[{"$f":"B134&\" ; \"&C134&\" - \"&D134","v":" ;  - "},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"No mixing"},"Mixing/Preparation","Mixing, Rubber Elastomers","No mixing",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
[{"$f":"B135&\" ; \"&C135&\" - \"&D135","v":" ;  - "},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Mixing, Rubber Elastomers"},"Mixing/Preparation","Mixing, Rubber Elastomers","Mixing, Rubber Elastomers",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0.27500000000000002},"PLACEHOLDER VALUE",0.25,0.1,2,2]
[{"$f":"B136&\" ; \"&C136&\" - \"&D136","v":" ;  - "},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Mixing, Plastics"},"Mixing/Preparation","Mixing, Plastics","Mixing, Plastics",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0.82500000000000007},"PLACEHOLDER VALUE",0.75,0.1,2,2]
[{"$f":"B137&\" ; \"&C137&\" - \"&D137","v":" ;  - "},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Mixing, Foams"},"Mixing/Preparation","Mixing, Foams","Mixing, Foams",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":2.2000000000000002},"PLACEHOLDER VALUE",2,0.1,2,2]
[{"$f":"B138&\" ; \"&C138&\" - \"&D138","v":" ;  - "},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"No molding"},"Molding/Pouring","Molding, Rubber Elastomer","No molding",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Molding, Rubber Elastomer"},"Molding/Pouring","Molding, Rubber Elastomer","Molding, Rubber Elastomer",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":1.05},"PLACEHOLDER VALUE",1,0.05,2,2]
[{"$f":"B140&\" ; \"&C140&\" - \"&D140","v":" ;  - "},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Molding, Plastics"},"Molding/Pouring","Molding, Plastics","Molding, Plastics",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":2.625},"PLACEHOLDER VALUE",2.5,0.05,2,2]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":"Molding, Foams"},"Molding/Pouring","Molding, Foams","Molding, Foams",{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":2.1},"PLACEHOLDER VALUE",2,0.05,2,2]
[" ;  - ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"SUM(tbl_CIMats1622[[#This Row],[CI1]:[Biogenic Carbon (kg CO2e/kg material)]],tbl_CIMats1622[[#This Row],[Indirect LUC (iLUC) kg CO2e/kg material- reported based on data availability]])","v":{"$error":"#VALUE!"}},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(OR(InputMatDropdownList[[#This Row],[Stage]]=\"Fiber\",InputMatDropdownList[[#This Row],[Stage]]=\"Plastics\",InputMatDropdownList[[#This Row],[Stage]]=\"Yarn\",InputMatDropdownList[[#This Row],[Stage]]=\"Fabric\",InputMatDropdownList[[#This Row],[Stage]]=\"Foam\",InputMatDropdownList[[#This Row],[Stage]]=\"Rubber/Elastomer\",InputMatDropdownList[[#This Row],[Stage]]=\"Other\",InputMatDropdownList[[#This Row],[Stage]]=\"Packaging\"),InputMatDropdownList[[#This Row],[Option]]&\";\"&InputMatDropdownList[[#This Row],[Stage]],InputMatDropdownList[[#This Row],[Option]])","v":0},null,null,null,{"$f":"InputMatDropdownList[[#This Row],[CI (kg CO2e/material)- EXCLUDING LOSS RATES]]*(1+InputMatDropdownList[[#This Row],[Loss rates]])","v":0}]

{"sheet":"InputBlends","index":12,"n_rows":17,"n_cols":17,"rows_kept":17,"cut":false,"hidden":false,"merged":[[4,11,4,16],[4,3,4,10],[4,0,4,2]]}
[]
[]
[]
[]
["This table generates material blends that can be selected on the 'Calculation- Materials + Scraps' tab. Enter material blend name (column A), then select material type (column B) and enter percentage in blend (column C). If a new material is needed, input the relevant data in the 'InputMats' tab. Click 'Refresh' to ensure data is updated.",null,null,"Summary of material carbon intensity separated by materials phase (columns D-I), as well as data quality rating (DQR) and uncertainty scores (columns J-K) from the 'InputMats' tab. See 'DataQuality' tab for additional details on Data Quality assessment approach.",null,null,null,null,null,null,null,"Material and End of Life Carbon Intensities"]
["Blend name","Material","%","1","2","3","4","5","6","DQR Score","Uncertainty Score","CI_blend_raw","CI_blend_prodBiogenic","CI_blend_land","CI_blend_incin","CI_Blend%","CI_blend_raw_dLUC"]
["B_T-shirt_blend","Cotton - Conventional ; Fabric - Apparel",0.5,{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI1],MATCH(InputBlends!B7,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":1.1000000000000001},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI2],MATCH(InputBlends!B7,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":1.375},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI3],MATCH(InputBlends!B7,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0.6875},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI4],MATCH(InputBlends!B7,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0.78750000000000009},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI5],MATCH(InputBlends!B7,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":1.9250000000000003},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI6],MATCH(InputBlends!B7,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0},{"$f":"IFERROR(INDEX(tbl_CIMats1622[DQR Score],MATCH(InputBlends!B7,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":1},{"$f":"IFERROR(INDEX(tbl_CIMats1622[Uncertainty Score],MATCH(InputBlends!B7,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":1},{"$f":"IFERROR(INDEX(tbl_CIMats1622[Net CI (kg CO2e/kg)],MATCH(InputBlends!B7,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":5.6933333333333334},{"$f":"IFERROR(INDEX(tbl_CIMats1622[Biogenic Carbon (kg CO2e/kg material)],MATCH(InputBlends!B7,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":-0.3666666666666667},{"$f":"IFERROR(tbl_Blends[[#This Row],[%]]*INDEX(tbl_CIMats1622[[Landfill ]],MATCH(tbl_Blends[[#This Row],[Material]],tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0),\"\")","v":0.5},{"$f":"IFERROR(tbl_Blends[[#This Row],[%]]*INDEX(tbl_CIMats1622[[Incinerated ]],MATCH(tbl_Blends[[#This Row],[Material]],tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0),\"\")","v":0.8666666666666667},{"$f":"IFERROR(tbl_Blends[[#This Row],[CI_blend_raw]]/SUMIF(tbl_Blends[Blend name],tbl_Blends[[#This Row],[Blend name]],tbl_Blends[CI_blend_raw]),\"\")","v":0.49268046441191315},{"$f":"IFERROR(INDEX(tbl_CIMats1622[Direct land use change (dLUC)],MATCH(InputBlends!B7,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0.185}]
["B_T-shirt_blend","Polyester - Recycled ; Fabric - Apparel",0.5,{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI1],MATCH(InputBlends!B8,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0.57499999999999996},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI2],MATCH(InputBlends!B8,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":1.1000000000000001},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI3],MATCH(InputBlends!B8,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0.6875},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI4],MATCH(InputBlends!B8,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":1.5750000000000002},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI5],MATCH(InputBlends!B8,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":1.9250000000000003},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI6],MATCH(InputBlends!B8,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0},{"$f":"IFERROR(INDEX(tbl_CIMats1622[DQR Score],MATCH(InputBlends!B8,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":1},{"$f":"IFERROR(INDEX(tbl_CIMats1622[Uncertainty Score],MATCH(InputBlends!B8,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":1},{"$f":"IFERROR(INDEX(tbl_CIMats1622[Net CI (kg CO2e/kg)],MATCH(InputBlends!B8,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":5.8625000000000007},{"$f":"IFERROR(INDEX(tbl_CIMats1622[Biogenic Carbon (kg CO2e/kg material)],MATCH(InputBlends!B8,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0},{"$f":"IFERROR(tbl_Blends[[#This Row],[%]]*INDEX(tbl_CIMats1622[[Landfill ]],MATCH(tbl_Blends[[#This Row],[Material]],tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0),\"\")","v":0.5},{"$f":"IFERROR(tbl_Blends[[#This Row],[%]]*INDEX(tbl_CIMats1622[[Incinerated ]],MATCH(tbl_Blends[[#This Row],[Material]],tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0),\"\")","v":0.5},{"$f":"IFERROR(tbl_Blends[[#This Row],[CI_blend_raw]]/SUMIF(tbl_Blends[Blend name],tbl_Blends[[#This Row],[Blend name]],tbl_Blends[CI_blend_raw]),\"\")","v":0.50731953558808685},{"$f":"IFERROR(INDEX(tbl_CIMats1622[Direct land use change (dLUC)],MATCH(InputBlends!B8,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0}]
["B_Sneaker_blend","PU ; Foam - Footwear",0.32,{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI1],MATCH(InputBlends!B9,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":1.0920000000000001},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI2],MATCH(InputBlends!B9,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0.70400000000000007},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI3],MATCH(InputBlends!B9,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0.52800000000000002},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI4],MATCH(InputBlends!B9,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI5],MATCH(InputBlends!B9,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI6],MATCH(InputBlends!B9,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0},{"$f":"IFERROR(INDEX(tbl_CIMats1622[DQR Score],MATCH(InputBlends!B9,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0.6399999999999999},{"$f":"IFERROR(INDEX(tbl_CIMats1622[Uncertainty Score],MATCH(InputBlends!B9,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0.6399999999999999},{"$f":"IFERROR(INDEX(tbl_CIMats1622[Net CI (kg CO2e/kg)],MATCH(InputBlends!B9,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":2.3240000000000003},{"$f":"IFERROR(INDEX(tbl_CIMats1622[Biogenic Carbon (kg CO2e/kg material)],MATCH(InputBlends!B9,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0},{"$f":"IFERROR(tbl_Blends[[#This Row],[%]]*INDEX(tbl_CIMats1622[[Landfill ]],MATCH(tbl_Blends[[#This Row],[Material]],tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0),\"\")","v":0.32},{"$f":"IFERROR(tbl_Blends[[#This Row],[%]]*INDEX(tbl_CIMats1622[[Incinerated ]],MATCH(tbl_Blends[[#This Row],[Material]],tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0),\"\")","v":0.32},{"$f":"IFERROR(tbl_Blends[[#This Row],[CI_blend_raw]]/SUMIF(tbl_Blends[Blend name],tbl_Blends[[#This Row],[Blend name]],tbl_Blends[CI_blend_raw]),\"\")","v":0.23411489158082957},{"$f":"IFERROR(INDEX(tbl_CIMats1622[Direct land use change (dLUC)],MATCH(InputBlends!B9,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0}]
["B_Sneaker_blend","Polyester - Virgin ; Fabric - Footwear",0.28999999999999998,{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI1],MATCH(InputBlends!B10,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":1.0004999999999999},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI2],MATCH(InputBlends!B10,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0.63800000000000001},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI3],MATCH(InputBlends!B10,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0.39874999999999999},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI4],MATCH(InputBlends!B10,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0.91350000000000009},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI5],MATCH(InputBlends!B10,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":1.1165},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI6],MATCH(InputBlends!B10,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0},{"$f":"IFERROR(INDEX(tbl_CIMats1622[DQR Score],MATCH(InputBlends!B10,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0.57999999999999996},{"$f":"IFERROR(INDEX(tbl_CIMats1622[Uncertainty Score],MATCH(InputBlends!B10,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0.57999999999999996},{"$f":"IFERROR(INDEX(tbl_CIMats1622[Net CI (kg CO2e/kg)],MATCH(InputBlends!B10,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":4.0672500000000005},{"$f":"IFERROR(INDEX(tbl_CIMats1622[Biogenic Carbon (kg CO2e/kg material)],MATCH(InputBlends!B10,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0},{"$f":"IFERROR(tbl_Blends[[#This Row],[%]]*INDEX(tbl_CIMats1622[[Landfill ]],MATCH(tbl_Blends[[#This Row],[Material]],tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0),\"\")","v":0.28999999999999998},{"$f":"IFERROR(tbl_Blends[[#This Row],[%]]*INDEX(tbl_CIMats1622[[Incinerated ]],MATCH(tbl_Blends[[#This Row],[Material]],tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0),\"\")","v":0.28999999999999998},{"$f":"IFERROR(tbl_Blends[[#This Row],[CI_blend_raw]]/SUMIF(tbl_Blends[Blend name],tbl_Blends[[#This Row],[Blend name]],tbl_Blends[CI_blend_raw]),\"\")","v":0.40972624474274055},{"$f":"IFERROR(INDEX(tbl_CIMats1622[Direct land use change (dLUC)],MATCH(InputBlends!B10,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0}]
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["B_Sneaker_blend","EVA ; Foam - Footwear",0.1,{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI1],MATCH(InputBlends!B12,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0.39375000000000004},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI2],MATCH(InputBlends!B12,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0.22000000000000003},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI3],MATCH(InputBlends!B12,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0.16500000000000004},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI4],MATCH(InputBlends!B12,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0.21000000000000002},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI5],MATCH(InputBlends!B12,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI6],MATCH(InputBlends!B12,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0},{"$f":"IFERROR(INDEX(tbl_CIMats1622[DQR Score],MATCH(InputBlends!B12,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0.2},{"$f":"IFERROR(INDEX(tbl_CIMats1622[Uncertainty Score],MATCH(InputBlends!B12,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0.2},{"$f":"IFERROR(INDEX(tbl_CIMats1622[Net CI (kg CO2e/kg)],MATCH(InputBlends!B12,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0.98875000000000013},{"$f":"IFERROR(INDEX(tbl_CIMats1622[Biogenic Carbon (kg CO2e/kg material)],MATCH(InputBlends!B12,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0},{"$f":"IFERROR(tbl_Blends[[#This Row],[%]]*INDEX(tbl_CIMats1622[[Landfill ]],MATCH(tbl_Blends[[#This Row],[Material]],tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0),\"\")","v":0.1},{"$f":"IFERROR(tbl_Blends[[#This Row],[%]]*INDEX(tbl_CIMats1622[[Incinerated ]],MATCH(tbl_Blends[[#This Row],[Material]],tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0),\"\")","v":0.1},{"$f":"IFERROR(tbl_Blends[[#This Row],[CI_blend_raw]]/SUMIF(tbl_Blends[Blend name],tbl_Blends[[#This Row],[Blend name]],tbl_Blends[CI_blend_raw]),\"\")","v":9.9604603722265594E-2},{"$f":"IFERROR(INDEX(tbl_CIMats1622[Direct land use change (dLUC)],MATCH(InputBlends!B12,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0}]
["B_Sneaker_blend","Butyl rubber ; Rubber/Elastomer - Footwear",0.1,{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI1],MATCH(InputBlends!B13,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0.55125000000000002},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI2],MATCH(InputBlends!B13,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":2.7500000000000004E-2},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI3],MATCH(InputBlends!B13,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI4],MATCH(InputBlends!B13,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0.10500000000000001},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI5],MATCH(InputBlends!B13,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI6],MATCH(InputBlends!B13,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0},{"$f":"IFERROR(INDEX(tbl_CIMats1622[DQR Score],MATCH(InputBlends!B13,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0.2},{"$f":"IFERROR(INDEX(tbl_CIMats1622[Uncertainty Score],MATCH(InputBlends!B13,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0.2},{"$f":"IFERROR(INDEX(tbl_CIMats1622[Net CI (kg CO2e/kg)],MATCH(InputBlends!B13,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0.68375000000000008},{"$f":"IFERROR(INDEX(tbl_CIMats1622[Biogenic Carbon (kg CO2e/kg material)],MATCH(InputBlends!B13,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0},{"$f":"IFERROR(tbl_Blends[[#This Row],[%]]*INDEX(tbl_CIMats1622[[Landfill ]],MATCH(tbl_Blends[[#This Row],[Material]],tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0),\"\")","v":0.1},{"$f":"IFERROR(tbl_Blends[[#This Row],[%]]*INDEX(tbl_CIMats1622[[Incinerated ]],MATCH(tbl_Blends[[#This Row],[Material]],tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0),\"\")","v":0.1},{"$f":"IFERROR(tbl_Blends[[#This Row],[CI_blend_raw]]/SUMIF(tbl_Blends[Blend name],tbl_Blends[[#This Row],[Blend name]],tbl_Blends[CI_blend_raw]),\"\")","v":6.8879542649910586E-2},{"$f":"IFERROR(INDEX(tbl_CIMats1622[Direct land use change (dLUC)],MATCH(InputBlends!B13,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0}]
["B_Sneaker_blend","Nylon 6- Virgin ; Fabric - Footwear",0.04,{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI1],MATCH(InputBlends!B14,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0.32500000000000001},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI2],MATCH(InputBlends!B14,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":6.6000000000000003E-2},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI3],MATCH(InputBlends!B14,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":5.5E-2},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI4],MATCH(InputBlends!B14,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0.12600000000000003},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI5],MATCH(InputBlends!B14,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0.15400000000000003},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI6],MATCH(InputBlends!B14,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0},{"$f":"IFERROR(INDEX(tbl_CIMats1622[DQR Score],MATCH(InputBlends!B14,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":7.9999999999999988E-2},{"$f":"IFERROR(INDEX(tbl_CIMats1622[Uncertainty Score],MATCH(InputBlends!B14,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":7.9999999999999988E-2},{"$f":"IFERROR(INDEX(tbl_CIMats1622[Net CI (kg CO2e/kg)],MATCH(InputBlends!B14,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0.72600000000000009},{"$f":"IFERROR(INDEX(tbl_CIMats1622[Biogenic Carbon (kg CO2e/kg material)],MATCH(InputBlends!B14,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0},{"$f":"IFERROR(tbl_Blends[[#This Row],[%]]*INDEX(tbl_CIMats1622[[Landfill ]],MATCH(tbl_Blends[[#This Row],[Material]],tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0),\"\")","v":0.04},{"$f":"IFERROR(tbl_Blends[[#This Row],[%]]*INDEX(tbl_CIMats1622[[Incinerated ]],MATCH(tbl_Blends[[#This Row],[Material]],tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0),\"\")","v":0.04},{"$f":"IFERROR(tbl_Blends[[#This Row],[CI_blend_raw]]/SUMIF(tbl_Blends[Blend name],tbl_Blends[[#This Row],[Blend name]],tbl_Blends[CI_blend_raw]),\"\")","v":7.3135719142720421E-2},{"$f":"IFERROR(INDEX(tbl_CIMats1622[Direct land use change (dLUC)],MATCH(InputBlends!B14,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0}]
["B_Sneaker_blend","TPU ; Plastics - Footwear",0.04,{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI1],MATCH(InputBlends!B15,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0.27300000000000002},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI2],MATCH(InputBlends!B15,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":3.3000000000000002E-2},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI3],MATCH(InputBlends!B15,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI4],MATCH(InputBlends!B15,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0.105},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI5],MATCH(InputBlends!B15,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI6],MATCH(InputBlends!B15,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0},{"$f":"IFERROR(INDEX(tbl_CIMats1622[DQR Score],MATCH(InputBlends!B15,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0.08},{"$f":"IFERROR(INDEX(tbl_CIMats1622[Uncertainty Score],MATCH(InputBlends!B15,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0.08},{"$f":"IFERROR(INDEX(tbl_CIMats1622[Net CI (kg CO2e/kg)],MATCH(InputBlends!B15,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0.41100000000000003},{"$f":"IFERROR(INDEX(tbl_CIMats1622[Biogenic Carbon (kg CO2e/kg material)],MATCH(InputBlends!B15,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0},{"$f":"IFERROR(tbl_Blends[[#This Row],[%]]*INDEX(tbl_CIMats1622[[Landfill ]],MATCH(tbl_Blends[[#This Row],[Material]],tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0),\"\")","v":0.04},{"$f":"IFERROR(tbl_Blends[[#This Row],[%]]*INDEX(tbl_CIMats1622[[Incinerated ]],MATCH(tbl_Blends[[#This Row],[Material]],tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0),\"\")","v":0.04},{"$f":"IFERROR(tbl_Blends[[#This Row],[CI_blend_raw]]/SUMIF(tbl_Blends[Blend name],tbl_Blends[[#This Row],[Blend name]],tbl_Blends[CI_blend_raw]),\"\")","v":4.14032790188128E-2},{"$f":"IFERROR(INDEX(tbl_CIMats1622[Direct land use change (dLUC)],MATCH(InputBlends!B15,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0}]
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[null,null,null,{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI1],MATCH(InputBlends!B17,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI2],MATCH(InputBlends!B17,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI3],MATCH(InputBlends!B17,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI4],MATCH(InputBlends!B17,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI5],MATCH(InputBlends!B17,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0},{"$f":"IFERROR(INDEX(tbl_CIMats1622[CI6],MATCH(InputBlends!B17,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0},{"$f":"IFERROR(INDEX(tbl_CIMats1622[DQR Score],MATCH(InputBlends!B17,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0},{"$f":"IFERROR(INDEX(tbl_CIMats1622[Uncertainty Score],MATCH(InputBlends!B17,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0},{"$f":"IFERROR(INDEX(tbl_CIMats1622[Net CI (kg CO2e/kg)],MATCH(InputBlends!B17,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0},{"$f":"IFERROR(INDEX(tbl_CIMats1622[Biogenic Carbon (kg CO2e/kg material)],MATCH(InputBlends!B17,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0},{"$f":"IFERROR(tbl_Blends[[#This Row],[%]]*INDEX(tbl_CIMats1622[[Landfill ]],MATCH(tbl_Blends[[#This Row],[Material]],tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0),\"\")","v":""},{"$f":"IFERROR(tbl_Blends[[#This Row],[%]]*INDEX(tbl_CIMats1622[[Incinerated ]],MATCH(tbl_Blends[[#This Row],[Material]],tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0),\"\")","v":""},{"$f":"IFERROR(tbl_Blends[[#This Row],[CI_blend_raw]]/SUMIF(tbl_Blends[Blend name],tbl_Blends[[#This Row],[Blend name]],tbl_Blends[CI_blend_raw]),\"\")","v":""},{"$f":"IFERROR(INDEX(tbl_CIMats1622[Direct land use change (dLUC)],MATCH(InputBlends!B17,tbl_CIMats1622[Material Name/Stage/Product Category (CALCULATED COLUMN -NO NEED TO EDIT)],0),0)*tbl_Blends[[#This Row],[%]],)","v":0}]

{"sheet":"EnergyProcess","index":13,"n_rows":26,"n_cols":23,"rows_kept":26,"cut":false,"hidden":false,"merged":[[1,0,1,3],[13,0,13,3],[13,10,13,22]]}
[]
["This table generates country or regional grids for factories that can be selected on the 'Calculation- Energy Consump' tab and in column D of the table below. Enter country or region of Tier 1 factory (column A) and electricity grid emissions factor (column B). If relevant, enter carbon intensities of fuels and other impacts (columns C-L)."]
["Country","Electricity (kgCO2e/kWh)","Natural gas (kg CO2e/cu ft)","Diesel (kg CO2e/liter)","Chemical inputs (kg CO2e/kg)","Dyestuff input (kg CO2e/kg)","Packaging-cardboard (kg CO2e/kg)","Packaging-plastic film (kg CO2e/kg)","Non-Hazardous waste landfill (kg CO2e/kg)","Non-hazardous waste incinerated (kg CO2e/kg)","Hazardous waste landfill (kg CO2e/kg)","Hazardous waste incinerated (kg CO2e/kg)","Electricity Grid Source","Notes"]
["China grid",{"$f":"0.175722222222222*3.6","v":0.63259999999999927},null,null,null,null,null,null,null,null,null,null,"https://www.climate-transparency.org/wp-content/uploads/2019/01/2018-BROWN-TO-GREEN-REPORT-FINAL.pdf",2017]
["US grid",{"$f":"0.119906583333333*3.6","v":0.43166369999999882},null,null,null,null,null,null,null,null,null,null,"https://www.epa.gov/energy/emissions-generation-resource-integrated-database-egrid",2018]
["South Korea grid",{"$f":"0.143611111111111*3.6","v":0.51699999999999957},null,null,null,null,null,null,null,null,null,null,"https://www.climate-transparency.org/wp-content/uploads/2019/01/2018-BROWN-TO-GREEN-REPORT-FINAL.pdf",2017]
["Vietnam grid",{"$f":"0.21790675*3.6","v":0.7844643},null,null,null,null,null,null,null,null,null,null,"https://www.iges.or.jp/en/pub/list-grid-emission-factor/en","2017, CO2 only"]
["Peru grid",{"$f":"0.137813611111111*3.6","v":0.49612899999999965},null,null,null,null,null,null,null,null,null,null,"https://www.iges.or.jp/en/pub/list-grid-emission-factor/en","2007, CO2 only"]
["Indonesia grid",{"$f":"0.20978627894*3.6","v":0.75523060418400001},null,null,null,null,null,null,null,null,null,null,"https://www.climate-transparency.org/wp-content/uploads/2019/01/2018-BROWN-TO-GREEN-REPORT-FINAL.pdf",2017]
[]
[]
[]
[]
["This table generates manufacturing processes that can be selected on the 'Enter Product' and 'Calculation- Energy Consump' tab. Enter manufacturing process (column B), then select if primary data is available for record keeping (column C) and location of Tier 1 factory (column D).",null,null,null,null,null,null,null,null,null,"Enter electricity per process as a function of weight (column K) from Tier 1 factory data. If relevant, enter fuels and other impacts per process as a function of weight (columns L-U). Enter the data quality rating (DQR) and uncertainty scores (columns I-J); see 'DataQuality' tab for additional details on Data Quality assessment approach."]
["HelperForCalculations","Energy Process","Is Primary Data available?","Factory Location","TOTAL (kgCO2e/kg)","TOTAL minus electricity (kgCO2e/kg)","Fuels and Electricity (kg CO2e/kg)","Chemicals (kg CO2e/kg)","Packaging (kg CO2e/kg)","Waste (Hazardous+Non-Hazardous) kg CO2e/kg"," Electricity kWh/kg"," Natural Gas cu. ft/kg"," Diesel (liters/kg)"," Chemical input (textile auxiliaries, surfactants, oils, etc.)- kg/kg"," Dyestuff input-kg/kg"," Packaging-cardboard kg/kg"," Packaging-plastic film kg/kg"," Non-hazardous Waste landilled (kg/kg)"," Non-hazardous Waste incinerated (kg/kg)"," Hazardous waste landfilled (kg/kg)"," Hazardous waste incinerated (kg/kg)","DQR Score","Uncertainty Score"]
[{"$f":"FactoryCIs[[#This Row],[Energy Process]]&\";\"&FactoryCIs[[#This Row],[Factory Location]]","v":"Cut & Sew - Apparel;China grid"},"Cut & Sew - Apparel","Yes","China grid",{"$f":"IFERROR(SUM(G16:J16),\"\")","v":1.2651999999999985},{"$f":"IFERROR(VLOOKUP($D16,tbl_EnergyTypes[#All],3,FALSE)*L16+VLOOKUP($D16,tbl_EnergyTypes[#All],3,FALSE)*M16+FactoryCIs[[#This Row],[Chemicals (kg CO2e/kg)]]+FactoryCIs[[#This Row],[Packaging (kg CO2e/kg)]]+FactoryCIs[[#This Row],[Waste (Hazardous+Non-Hazardous) kg CO2e/kg]],\"\")","v":0},{"$f":"IFERROR(VLOOKUP($D16,tbl_EnergyTypes[#All],2,FALSE)*K16+VLOOKUP($D16,tbl_EnergyTypes[#All],3,FALSE)*L16+VLOOKUP($D16,tbl_EnergyTypes[#All],3,FALSE)*M16,\"\")","v":1.2651999999999985},{"$f":"IFERROR(VLOOKUP($D16,tbl_EnergyTypes[#All],5,FALSE)*N16+VLOOKUP($D16,tbl_EnergyTypes[#All],6,FALSE)*O16,\"\")","v":0},{"$f":"IFERROR(VLOOKUP($D16,tbl_EnergyTypes[#All],7,FALSE)*P16+VLOOKUP($D16,tbl_EnergyTypes[#All],8,FALSE)*Q16,\"\")","v":0},{"$f":"IFERROR(VLOOKUP($D16,tbl_EnergyTypes[#All],9,FALSE)*R16+VLOOKUP($D16,tbl_EnergyTypes[#All],10,FALSE)*S16+VLOOKUP($D16,tbl_EnergyTypes[#All],11,FALSE)*T16+VLOOKUP($D16,tbl_EnergyTypes[#All],12,FALSE)*U16,\"\")","v":0},2,null,null,null,null,null,null,null,null,null,null,{"$f":"AVERAGE(1,1,1,2)","v":1.25},2]
[{"$f":"FactoryCIs[[#This Row],[Energy Process]]&\";\"&FactoryCIs[[#This Row],[Factory Location]]","v":"Finishing - Apparel;China grid"},"Finishing - Apparel","Yes","China grid",0.18977999999999978,{"$f":"IFERROR(VLOOKUP($D17,tbl_EnergyTypes[#All],3,FALSE)*L17+VLOOKUP($D17,tbl_EnergyTypes[#All],3,FALSE)*M17+FactoryCIs[[#This Row],[Chemicals (kg CO2e/kg)]]+FactoryCIs[[#This Row],[Packaging (kg CO2e/kg)]]+FactoryCIs[[#This Row],[Waste (Hazardous+Non-Hazardous) kg CO2e/kg]],\"\")","v":0},{"$f":"IFERROR(VLOOKUP($D17,tbl_EnergyTypes[#All],2,FALSE)*K17+VLOOKUP($D17,tbl_EnergyTypes[#All],3,FALSE)*L17+VLOOKUP($D17,tbl_EnergyTypes[#All],3,FALSE)*M17,\"\")","v":0.18977999999999978},{"$f":"IFERROR(VLOOKUP($D17,tbl_EnergyTypes[#All],5,FALSE)*N17+VLOOKUP($D17,tbl_EnergyTypes[#All],6,FALSE)*O17,\"\")","v":0},{"$f":"IFERROR(VLOOKUP($D17,tbl_EnergyTypes[#All],7,FALSE)*P17+VLOOKUP($D17,tbl_EnergyTypes[#All],8,FALSE)*Q17,\"\")","v":0},{"$f":"IFERROR(VLOOKUP($D17,tbl_EnergyTypes[#All],9,FALSE)*R17+VLOOKUP($D17,tbl_EnergyTypes[#All],10,FALSE)*S17+VLOOKUP($D17,tbl_EnergyTypes[#All],11,FALSE)*T17+VLOOKUP($D17,tbl_EnergyTypes[#All],12,FALSE)*U17,\"\")","v":0},0.3,null,null,null,null,null,null,null,null,null,null,1.25,2]
[{"$f":"FactoryCIs[[#This Row],[Energy Process]]&\";\"&FactoryCIs[[#This Row],[Factory Location]]","v":"Manufacturing - Sneaker;China grid"},"Manufacturing - Sneaker","Yes","China grid",5.9974985163204675,{"$f":"IFERROR(VLOOKUP($D18,tbl_EnergyTypes[#All],3,FALSE)*L18+VLOOKUP($D18,tbl_EnergyTypes[#All],3,FALSE)*M18+FactoryCIs[[#This Row],[Chemicals (kg CO2e/kg)]]+FactoryCIs[[#This Row],[Packaging (kg CO2e/kg)]]+FactoryCIs[[#This Row],[Waste (Hazardous+Non-Hazardous) kg CO2e/kg]],\"\")","v":0},{"$f":"IFERROR(VLOOKUP($D18,tbl_EnergyTypes[#All],2,FALSE)*K18+VLOOKUP($D18,tbl_EnergyTypes[#All],3,FALSE)*L18+VLOOKUP($D18,tbl_EnergyTypes[#All],3,FALSE)*M18,\"\")","v":5.9974985163204675},{"$f":"IFERROR(VLOOKUP($D18,tbl_EnergyTypes[#All],5,FALSE)*N18+VLOOKUP($D18,tbl_EnergyTypes[#All],6,FALSE)*O18,\"\")","v":0},{"$f":"IFERROR(VLOOKUP($D18,tbl_EnergyTypes[#All],7,FALSE)*P18+VLOOKUP($D18,tbl_EnergyTypes[#All],8,FALSE)*Q18,\"\")","v":0},{"$f":"IFERROR(VLOOKUP($D18,tbl_EnergyTypes[#All],9,FALSE)*R18+VLOOKUP($D18,tbl_EnergyTypes[#All],10,FALSE)*S18+VLOOKUP($D18,tbl_EnergyTypes[#All],11,FALSE)*T18+VLOOKUP($D18,tbl_EnergyTypes[#All],12,FALSE)*U18,\"\")","v":0},{"$f":"6.39/0.674","v":9.4807121661721059},null,null,null,null,null,null,null,null,null,null,1.25,2]
[{"$f":"FactoryCIs[[#This Row],[Energy Process]]&\";\"&FactoryCIs[[#This Row],[Factory Location]]","v":"Injection Molding;"},"Injection Molding","No",null,0,{"$f":"IFERROR(VLOOKUP($D19,tbl_EnergyTypes[#All],3,FALSE)*L19+VLOOKUP($D19,tbl_EnergyTypes[#All],3,FALSE)*M19+FactoryCIs[[#This Row],[Chemicals (kg CO2e/kg)]]+FactoryCIs[[#This Row],[Packaging (kg CO2e/kg)]]+FactoryCIs[[#This Row],[Waste (Hazardous+Non-Hazardous) kg CO2e/kg]],\"\")","v":""},{"$f":"IFERROR(VLOOKUP($D19,tbl_EnergyTypes[#All],2,FALSE)*K19+VLOOKUP($D19,tbl_EnergyTypes[#All],3,FALSE)*L19+VLOOKUP($D19,tbl_EnergyTypes[#All],3,FALSE)*M19,\"\")","v":""},{"$f":"IFERROR(VLOOKUP($D19,tbl_EnergyTypes[#All],5,FALSE)*N19+VLOOKUP($D19,tbl_EnergyTypes[#All],6,FALSE)*O19,\"\")","v":""},{"$f":"IFERROR(VLOOKUP($D19,tbl_EnergyTypes[#All],7,FALSE)*P19+VLOOKUP($D19,tbl_EnergyTypes[#All],8,FALSE)*Q19,\"\")","v":""},{"$f":"IFERROR(VLOOKUP($D19,tbl_EnergyTypes[#All],9,FALSE)*R19+VLOOKUP($D19,tbl_EnergyTypes[#All],10,FALSE)*S19+VLOOKUP($D19,tbl_EnergyTypes[#All],11,FALSE)*T19+VLOOKUP($D19,tbl_EnergyTypes[#All],12,FALSE)*U19,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,1.25,2]
[{"$f":"FactoryCIs[[#This Row],[Energy Process]]&\";\"&FactoryCIs[[#This Row],[Factory Location]]","v":"Compression Molding;"},"Compression Molding","No",null,{"$f":"IFERROR(SUM(G20:J20),\"\")","v":0},{"$f":"IFERROR(VLOOKUP($D20,tbl_EnergyTypes[#All],3,FALSE)*L20+VLOOKUP($D20,tbl_EnergyTypes[#All],3,FALSE)*M20+FactoryCIs[[#This Row],[Chemicals (kg CO2e/kg)]]+FactoryCIs[[#This Row],[Packaging (kg CO2e/kg)]]+FactoryCIs[[#This Row],[Waste (Hazardous+Non-Hazardous) kg CO2e/kg]],\"\")","v":""},{"$f":"IFERROR(VLOOKUP($D20,tbl_EnergyTypes[#All],2,FALSE)*K20+VLOOKUP($D20,tbl_EnergyTypes[#All],3,FALSE)*L20+VLOOKUP($D20,tbl_EnergyTypes[#All],3,FALSE)*M20,\"\")","v":""},{"$f":"IFERROR(VLOOKUP($D20,tbl_EnergyTypes[#All],5,FALSE)*N20+VLOOKUP($D20,tbl_EnergyTypes[#All],6,FALSE)*O20,\"\")","v":""},{"$f":"IFERROR(VLOOKUP($D20,tbl_EnergyTypes[#All],7,FALSE)*P20+VLOOKUP($D20,tbl_EnergyTypes[#All],8,FALSE)*Q20,\"\")","v":""},{"$f":"IFERROR(VLOOKUP($D20,tbl_EnergyTypes[#All],9,FALSE)*R20+VLOOKUP($D20,tbl_EnergyTypes[#All],10,FALSE)*S20+VLOOKUP($D20,tbl_EnergyTypes[#All],11,FALSE)*T20+VLOOKUP($D20,tbl_EnergyTypes[#All],12,FALSE)*U20,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,1.25,2]
[{"$f":"FactoryCIs[[#This Row],[Energy Process]]&\";\"&FactoryCIs[[#This Row],[Factory Location]]","v":"Stock Fitting;"},"Stock Fitting","No",null,{"$f":"IFERROR(SUM(G21:J21),\"\")","v":0},{"$f":"IFERROR(VLOOKUP($D21,tbl_EnergyTypes[#All],3,FALSE)*L21+VLOOKUP($D21,tbl_EnergyTypes[#All],3,FALSE)*M21+FactoryCIs[[#This Row],[Chemicals (kg CO2e/kg)]]+FactoryCIs[[#This Row],[Packaging (kg CO2e/kg)]]+FactoryCIs[[#This Row],[Waste (Hazardous+Non-Hazardous) kg CO2e/kg]],\"\")","v":""},{"$f":"IFERROR(VLOOKUP($D21,tbl_EnergyTypes[#All],2,FALSE)*K21+VLOOKUP($D21,tbl_EnergyTypes[#All],3,FALSE)*L21+VLOOKUP($D21,tbl_EnergyTypes[#All],3,FALSE)*M21,\"\")","v":""},{"$f":"IFERROR(VLOOKUP($D21,tbl_EnergyTypes[#All],5,FALSE)*N21+VLOOKUP($D21,tbl_EnergyTypes[#All],6,FALSE)*O21,\"\")","v":""},{"$f":"IFERROR(VLOOKUP($D21,tbl_EnergyTypes[#All],7,FALSE)*P21+VLOOKUP($D21,tbl_EnergyTypes[#All],8,FALSE)*Q21,\"\")","v":""},{"$f":"IFERROR(VLOOKUP($D21,tbl_EnergyTypes[#All],9,FALSE)*R21+VLOOKUP($D21,tbl_EnergyTypes[#All],10,FALSE)*S21+VLOOKUP($D21,tbl_EnergyTypes[#All],11,FALSE)*T21+VLOOKUP($D21,tbl_EnergyTypes[#All],12,FALSE)*U21,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,1.25,2]
[{"$f":"FactoryCIs[[#This Row],[Energy Process]]&\";\"&FactoryCIs[[#This Row],[Factory Location]]","v":"Yarn Formation;"},"Yarn Formation","No",null,0,{"$f":"IFERROR(VLOOKUP($D22,tbl_EnergyTypes[#All],3,FALSE)*L22+VLOOKUP($D22,tbl_EnergyTypes[#All],3,FALSE)*M22+FactoryCIs[[#This Row],[Chemicals (kg CO2e/kg)]]+FactoryCIs[[#This Row],[Packaging (kg CO2e/kg)]]+FactoryCIs[[#This Row],[Waste (Hazardous+Non-Hazardous) kg CO2e/kg]],\"\")","v":""},{"$f":"IFERROR(VLOOKUP($D22,tbl_EnergyTypes[#All],2,FALSE)*K22+VLOOKUP($D22,tbl_EnergyTypes[#All],3,FALSE)*L22+VLOOKUP($D22,tbl_EnergyTypes[#All],3,FALSE)*M22,\"\")","v":""},{"$f":"IFERROR(VLOOKUP($D22,tbl_EnergyTypes[#All],5,FALSE)*N22+VLOOKUP($D22,tbl_EnergyTypes[#All],6,FALSE)*O22,\"\")","v":""},{"$f":"IFERROR(VLOOKUP($D22,tbl_EnergyTypes[#All],7,FALSE)*P22+VLOOKUP($D22,tbl_EnergyTypes[#All],8,FALSE)*Q22,\"\")","v":""},{"$f":"IFERROR(VLOOKUP($D22,tbl_EnergyTypes[#All],9,FALSE)*R22+VLOOKUP($D22,tbl_EnergyTypes[#All],10,FALSE)*S22+VLOOKUP($D22,tbl_EnergyTypes[#All],11,FALSE)*T22+VLOOKUP($D22,tbl_EnergyTypes[#All],12,FALSE)*U22,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,1.25,2]
[{"$f":"FactoryCIs[[#This Row],[Energy Process]]&\";\"&FactoryCIs[[#This Row],[Factory Location]]","v":"Knitting;"},"Knitting","No",null,0,{"$f":"IFERROR(VLOOKUP($D23,tbl_EnergyTypes[#All],3,FALSE)*L23+VLOOKUP($D23,tbl_EnergyTypes[#All],3,FALSE)*M23+FactoryCIs[[#This Row],[Chemicals (kg CO2e/kg)]]+FactoryCIs[[#This Row],[Packaging (kg CO2e/kg)]]+FactoryCIs[[#This Row],[Waste (Hazardous+Non-Hazardous) kg CO2e/kg]],\"\")","v":""},{"$f":"IFERROR(VLOOKUP($D23,tbl_EnergyTypes[#All],2,FALSE)*K23+VLOOKUP($D23,tbl_EnergyTypes[#All],3,FALSE)*L23+VLOOKUP($D23,tbl_EnergyTypes[#All],3,FALSE)*M23,\"\")","v":""},{"$f":"IFERROR(VLOOKUP($D23,tbl_EnergyTypes[#All],5,FALSE)*N23+VLOOKUP($D23,tbl_EnergyTypes[#All],6,FALSE)*O23,\"\")","v":""},{"$f":"IFERROR(VLOOKUP($D23,tbl_EnergyTypes[#All],7,FALSE)*P23+VLOOKUP($D23,tbl_EnergyTypes[#All],8,FALSE)*Q23,\"\")","v":""},{"$f":"IFERROR(VLOOKUP($D23,tbl_EnergyTypes[#All],9,FALSE)*R23+VLOOKUP($D23,tbl_EnergyTypes[#All],10,FALSE)*S23+VLOOKUP($D23,tbl_EnergyTypes[#All],11,FALSE)*T23+VLOOKUP($D23,tbl_EnergyTypes[#All],12,FALSE)*U23,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,1.25,2]
[{"$f":"FactoryCIs[[#This Row],[Energy Process]]&\";\"&FactoryCIs[[#This Row],[Factory Location]]","v":"Assembly;"},"Assembly","No",null,0,{"$f":"IFERROR(VLOOKUP($D24,tbl_EnergyTypes[#All],3,FALSE)*L24+VLOOKUP($D24,tbl_EnergyTypes[#All],3,FALSE)*M24+FactoryCIs[[#This Row],[Chemicals (kg CO2e/kg)]]+FactoryCIs[[#This Row],[Packaging (kg CO2e/kg)]]+FactoryCIs[[#This Row],[Waste (Hazardous+Non-Hazardous) kg CO2e/kg]],\"\")","v":""},{"$f":"IFERROR(VLOOKUP($D24,tbl_EnergyTypes[#All],2,FALSE)*K24+VLOOKUP($D24,tbl_EnergyTypes[#All],3,FALSE)*L24+VLOOKUP($D24,tbl_EnergyTypes[#All],3,FALSE)*M24,\"\")","v":""},{"$f":"IFERROR(VLOOKUP($D24,tbl_EnergyTypes[#All],5,FALSE)*N24+VLOOKUP($D24,tbl_EnergyTypes[#All],6,FALSE)*O24,\"\")","v":""},{"$f":"IFERROR(VLOOKUP($D24,tbl_EnergyTypes[#All],7,FALSE)*P24+VLOOKUP($D24,tbl_EnergyTypes[#All],8,FALSE)*Q24,\"\")","v":""},{"$f":"IFERROR(VLOOKUP($D24,tbl_EnergyTypes[#All],9,FALSE)*R24+VLOOKUP($D24,tbl_EnergyTypes[#All],10,FALSE)*S24+VLOOKUP($D24,tbl_EnergyTypes[#All],11,FALSE)*T24+VLOOKUP($D24,tbl_EnergyTypes[#All],12,FALSE)*U24,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,1.25,2]
[{"$f":"FactoryCIs[[#This Row],[Energy Process]]&\";\"&FactoryCIs[[#This Row],[Factory Location]]","v":";"},null,null,null,{"$f":"IFERROR(SUM(G25:J25),\"\")","v":0},{"$f":"IFERROR(VLOOKUP($D25,tbl_EnergyTypes[#All],3,FALSE)*L25+VLOOKUP($D25,tbl_EnergyTypes[#All],3,FALSE)*M25+FactoryCIs[[#This Row],[Chemicals (kg CO2e/kg)]]+FactoryCIs[[#This Row],[Packaging (kg CO2e/kg)]]+FactoryCIs[[#This Row],[Waste (Hazardous+Non-Hazardous) kg CO2e/kg]],\"\")","v":""},{"$f":"IFERROR(VLOOKUP($D25,tbl_EnergyTypes[#All],2,FALSE)*K25+VLOOKUP($D25,tbl_EnergyTypes[#All],3,FALSE)*L25+VLOOKUP($D25,tbl_EnergyTypes[#All],3,FALSE)*M25,\"\")","v":""},{"$f":"IFERROR(VLOOKUP($D25,tbl_EnergyTypes[#All],5,FALSE)*N25+VLOOKUP($D25,tbl_EnergyTypes[#All],6,FALSE)*O25,\"\")","v":""},{"$f":"IFERROR(VLOOKUP($D25,tbl_EnergyTypes[#All],7,FALSE)*P25+VLOOKUP($D25,tbl_EnergyTypes[#All],8,FALSE)*Q25,\"\")","v":""},{"$f":"IFERROR(VLOOKUP($D25,tbl_EnergyTypes[#All],9,FALSE)*R25+VLOOKUP($D25,tbl_EnergyTypes[#All],10,FALSE)*S25+VLOOKUP($D25,tbl_EnergyTypes[#All],11,FALSE)*T25+VLOOKUP($D25,tbl_EnergyTypes[#All],12,FALSE)*U25,\"\")","v":""}]
[{"$f":"FactoryCIs[[#This Row],[Energy Process]]&\";\"&FactoryCIs[[#This Row],[Factory Location]]","v":";"},null,null,null,{"$f":"IFERROR(SUM(G26:J26),\"\")","v":0},{"$f":"IFERROR(VLOOKUP($D26,tbl_EnergyTypes[#All],3,FALSE)*L26+VLOOKUP($D26,tbl_EnergyTypes[#All],3,FALSE)*M26+FactoryCIs[[#This Row],[Chemicals (kg CO2e/kg)]]+FactoryCIs[[#This Row],[Packaging (kg CO2e/kg)]]+FactoryCIs[[#This Row],[Waste (Hazardous+Non-Hazardous) kg CO2e/kg]],\"\")","v":""},{"$f":"IFERROR(VLOOKUP($D26,tbl_EnergyTypes[#All],2,FALSE)*K26+VLOOKUP($D26,tbl_EnergyTypes[#All],3,FALSE)*L26+VLOOKUP($D26,tbl_EnergyTypes[#All],3,FALSE)*M26,\"\")","v":""},{"$f":"IFERROR(VLOOKUP($D26,tbl_EnergyTypes[#All],5,FALSE)*N26+VLOOKUP($D26,tbl_EnergyTypes[#All],6,FALSE)*O26,\"\")","v":""},{"$f":"IFERROR(VLOOKUP($D26,tbl_EnergyTypes[#All],7,FALSE)*P26+VLOOKUP($D26,tbl_EnergyTypes[#All],8,FALSE)*Q26,\"\")","v":""},{"$f":"IFERROR(VLOOKUP($D26,tbl_EnergyTypes[#All],9,FALSE)*R26+VLOOKUP($D26,tbl_EnergyTypes[#All],10,FALSE)*S26+VLOOKUP($D26,tbl_EnergyTypes[#All],11,FALSE)*T26+VLOOKUP($D26,tbl_EnergyTypes[#All],12,FALSE)*U26,\"\")","v":""}]

{"sheet":"ShoeTransport","index":14,"n_rows":75,"n_cols":7,"rows_kept":75,"cut":false,"hidden":false,"merged":[[68,0,68,2],[71,0,71,2],[1,0,1,3],[31,0,31,5],[36,0,36,5],[42,0,42,5],[48,0,48,5],[56,0,56,5],[61,0,61,2]]}
[]
["This table generates locations that can be selected on the 'Calculation- Energy Consump' tab and in columns A and B of the tables below. Only enter locations of raw materials (column A) and textile mills/Tier 2+ factories (column B) if transportation is not included in the materials phase. Enter Tier 1 factories (column C) and warehouse locations (column D)."]
["Raw Material","Textile","Tier 1","Warehouse"]
["New Zealand","New Zealand","China Tier 1","NA Warehouse"]
[null,"UK","China Tier 1","EMEA Warehouse"]
[null,"Austria","China Tier 1","APAC Warehouse"]
[null,"Brazil","China Tier 1","LATAM Warehouse"]
[null,"Canada","US Tier 1","NA Warehouse"]
[null,"Guatemala","US Tier 1","EMEA Warehouse"]
[null,null,"US Tier 1","APAC Warehouse"]
[null,null,"US Tier 1","LATAM Warehouse"]
[null,null,"South Korea Tier 1","NA Warehouse"]
[null,null,"South Korea Tier 1","EMEA Warehouse"]
[null,null,"South Korea Tier 1","APAC Warehouse"]
[null,null,"South Korea Tier 1","LATAM Warehouse"]
[null,null,"Vietnam Tier 1","NA Warehouse"]
[null,null,"Vietnam Tier 1","EMEA Warehouse"]
[null,null,"Vietnam Tier 1","APAC Warehouse"]
[null,null,"Vietnam Tier 1","LATAM Warehouse"]
[null,null,"Peru Tier 1","NA Warehouse"]
[null,null,"Peru Tier 1","EMEA Warehouse"]
[null,null,"Peru Tier 1","APAC Warehouse"]
[null,null,"Peru Tier 1","LATAM Warehouse"]
[null,null,"Indonesia Tier 1","NA Warehouse"]
[null,null,"Indonesia Tier 1","EMEA Warehouse"]
[null,null,"Indonesia Tier 1","APAC Warehouse"]
[null,null,"Indonesia Tier 1","LATAM Warehouse"]
[]
[]
[]
[]
["This table summarizes the transportation mode carbon intensities (CIs) used to calculate the transportation phase on the 'Calculation-Transport' tab. Adjust transportation mode CIs (columns B-F), as needed, based on preferred data source. Current assumptions are based on EPA GHG Emission Factors Hub: https://www.epa.gov/climateleadership/ghg-emission-factors-hub"]
["(Kg CO2e/tonne-km)","Air CI","Ocean CI","Truck CI","Rail CI","Column2"]
["Transportation Mode CI",0.79710000000000003,2.5499999999999998E-2,0.13,1.32E-2]
[]
[]
["Only enter locations of raw materials and textile mills/Tier 2+ factories if transportation is not included in the materials phase. This table summarizes the distances used to calculate the raw material to textile mill/Tier 2+ factory transportation phase on the 'Calculation-Transport' tab. Select raw material (column A) and textile (column B) locations. Enter distances by mode (columns C-F); you can leverage distance calculators such as: https://www.searates.com/services/distances-time/"]
["Raw Material","Textile","Air Distance (km)","Ocean Distance (km)","Truck Distance (km)","Rail Distance (km)"]
[]
[]
[]
[]
["Only enter locations of textile mills/Tier 2+ and Tier 1 factories if transportation is not included in the materials phase. This table summarizes the distances used to calculate the textile mill/Tier 2+ factory to Tier 1 factory transportation phase on the 'Calculation-Transport' tab. Select textile (column A) and Tier 1 factory (column B) locations. Enter distances by mode (columns C-F); you can leverage distance calculators such as: https://www.searates.com/services/distances-time/"]
["Textile","Tier 1","Air Distance (km)","Ocean Distance (km)","Truck Distance (km)","Rail Distance (km)"]
[]
[]
[]
[]
["This table summarizes the distances used to calculate the Tier 1 factory to warehouse transportation phase on the 'Calculation-Transport' tab. SelectTier 1 factory (column A) and warehouse (column B) locations. Enter distances by mode (columns C-F); you can leverage distance calculators such as: https://www.searates.com/services/distances-time/"]
["Tier 1","Warehouse","Air Distance (km)","Ocean Distance (km)","Truck Distance (km)","Rail Distance (km)"]
["China Tier 1","NA Warehouse",13000,13500,500]
["China Tier 1","EMEA Warehouse",9000,18000,200]
[]
[]
[]
[]
["This table summarizes the average/default distances used to calculate the warehouse to consumer transportation phase on the 'Calculation-Transport' tab. Enter distances by mode and purchase method in table below (rows 63-75), currently includes assumption of 1,000 km to demonstrate calculation functionality."]
["Warehouse","Instore: Air Distance (km)","Online: Air Distance (km)","Ocean Distance (km)","Online: Truck Distance (km)","Instore: Truck Distance (km)","Rail Distance (km)"]
["Default WH to C",{"$f":"C65","v":1000},{"$f":"B65","v":1000},null,{"$f":"B64","v":1000},{"$f":"C64","v":1000}]
[]
[]
["This table summarizes average/default distances used in row 59. Enter distances by mode and purchase method (rows 64-65), percentage of outbound products shipped via air (row 66), breakdown of online vs in-store sales (row 68), and average product return rate (row 71). Enter the data quality rating (DQR) and uncertainty scores (rows 74-75); see 'DataQuality' tab for additional details on Data Quality assessment approach.\t"]
["Warehouse to Stores/Consumers"," Online Sales","In-store Sales"]
["Default Road Transport Distance (km)",1000,1000]
["Default Air Transport Distance (km)",1000,1000]
["% shipped via air",0.1]
[]
["% Sales ",7.0000000000000007E-2,0.93]
["EU T-shirt PEF provides default assumptions of 93% in-store sales and 7% online sales. "]
[]
["% Product Return Rate for online store",0.17499999999999999]
["EU T-shirt PEF assumes 17.5% product returned from online sales."]
[]
["Default DQR",{"$f":"AVERAGE(2,2,2,3)","v":2.25}]
["Default Uncertainty",3]

{"sheet":"ConsumerUse","index":15,"n_rows":11,"n_cols":4,"rows_kept":11,"cut":false,"hidden":false,"merged":[[1,0,1,3]]}
[]
["This table generates customer care methods, including washing and drying, that can be selected on the 'Caclulation- Use' tab. Enter product use (e.g., washing, drying) impact per cycle (column B); ensure correct units are used, listed in column C."]
["Care Method","Product Use / Cycle","Unit","Data Source"]
["Cold wash- normal wash cycle",7.0823999999999998E-2,"kWh/kg Laundry","Estimated based on EU PEF T-Shirt (wash temperature: 30C): 0.32 kWh/Cycle; assuming laundry load of 4.5 kg/cycle"]
["Cold wash- gentle wash cycle",3.5411999999999999E-2,"kWh/kg Laundry","Estimated based on EU PEF T-Shirt (wash temperature: 30C): 0.16 kWh/Cycle; assuming laundry load of 4.5 kg/cycle"]
["Hand wash",0,"kWh/kg Laundry"]
["Hot wash- normal wash cycle",0.11587088888888891,"kWh/kg Laundry","Estimated based on EU PEF T-Shirt (wash temperature: 40C): 0.52 kWh/Cycle; assuming laundry load of 4.5 kg"]
["Hot wash- gentle wash cycle",5.7910222222222224E-2,"kWh/kg Laundry","Estimated based on EU PEF T-Shirt (wash temperature: 40C): 0.26 kWh/Cycle; assuming laundry load of 4.5 kg"]
["Dry clean",0.18,"kWh/kg Laundry","Estimated based on average of most efficient dry cleaning technology and least efficient technology: Most efficient: Professional wet cleaning (9kWh/100 pounds) and least efficient: CO2 cleaning technology (31kWh/100 pounds). Data source: EIA CBES 2012 survey of dry cleaners: https://www.steineratlantic.com/energy-efficiency-opportunities-for-dry-cleaning-facilities.jsp#:~:text=Carbon%20dioxide%20cleaning%20uses%20nearly,have%20for%20reducing%20energy%20consumption."]
["Tumble dry",0.61,"kWh/kg Laundry","Assume 80% electric dryers and 20% Gas dryers in US (Energy Star ): https://www.energystar.gov/sites/default/files/asset/document/ENERGY_STAR_Scoping_Report_Residential_Clothes_Dryers.pdf"]
["Line dry",0,"kWh/kg Laundry"]

{"sheet":"Back-end calculations -->","index":16,"n_rows":0,"n_cols":0,"rows_kept":0,"cut":false,"hidden":false,"merged":[]}

{"sheet":"DataQuality","index":17,"n_rows":82,"n_cols":8,"rows_kept":82,"cut":false,"hidden":false,"merged":[[3,1,3,7],[2,1,2,7],[4,3,4,7],[6,3,9,3],[6,4,9,4],[6,5,9,5],[6,6,9,6],[6,7,9,7]]}
[]
[]
[null,"Data Quality Rating (DQR) and Uncertainty Assessment"]
[null,"The data quality requirement, per ISO 14067, is to use data of sufficient quality to reliably quantify the carbon footprint of products. Primary data specific to the product's materials, factories, transportation, etc. should be gathered and validated by a third-party whenever possible. Data gaps may be filled with industry data, like the Sustainable Apparel Coalition's Higg MSI (Material Sustainability Index) or LCA databases (e.g., GaBi, ecoinvent). \n\nThe DQR rating system followed by Higg was applied in this LCA tool, since Allbirds predominantly relies on materials phase data from the Higg MSI. An assessment of overall data quality was evaluated for key life cycle stages based on the following quality criteria defined by the EU PEF. The most relevant processes should be identified and assigned a data quality rating for each of the four criteria listed below, for each life cycle phase."]
[null,null,null,"Life cycle phases (color scale: green is least relevant, red is most relevant)"]
[null,"Data Quality Criteria","Description","Materials","Manufacturing","Transportation","Product Use","End of Life"]
[null,"Time Representativeness (Tir)","Degree to the dataset reflects the specific conditions of the system being considered regarding the time / age of the data, and including background datasets, if any.","The Materials phase is one of the largest sources of carbon emissions for most footwear and apparel products. Since secondary data from the Higg MSI database was primarily used in the Allbirds model, DQR scores reported in Higg MSI were incorporated.","The Manufacturing phase also contributes a significant amount of emissions to the carbon footprint. Most brands have relationships with Tier 1 factories, so company-specific data should be utilized. For manufacturing data collected, rules specified in Table 33 and Table 34 can be used to assign DQR values.","The Transportation phase can contribute a relatively low amount of emissions, though this is highly dependent on distribution mode and distances. For transportation data collected, rules specified in Table 33 and Table 34 can be used to assign DQR values.","The Product Use phase is dependent on the consumer's behavior, though brands can influence the way people care for their products through design and care instructions. Secondary data will typically be used in the model, rules specified in Table 33 can be used to assign DQR values.","The End of Life phase is a relatively small contributor to a product's carbon footprint (typically <10% of the total). Secondary data will typically be used in the model, rules specified in Table 33 can be used to assign DQR values."]
[null,"Technological Representativeness (Ter)","Degree to which the dataset reflects the true population of interest regarding technology, including for included background datasets, if any."]
[null,"Geographical Representativeness (Gr)","Degree to which the dataset reflects the true population of interest regarding geography, including background datasets, if any."]
[null," Precision/Uncertainty (P)","Qualitative expert judgement or relative standard deviation as a percent of a Monte Carlo simulation."]
[]
[null,"The overall data quality rating (DQR) is calculated as a weighted average of each criteria of the most relevant processes:"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
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[]
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[]
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[]
[]
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[]
[]
[null,null,null,null,"1=Very Good, 2= Good, 3= Fair, 4= Poor and 5= Very Poor"]
[]
[]
[null,"For company-specific data, the score of criterion P cannot be higher than 3 while the score for TiR, TeR, and GR cannot be higher than 2 (the DQR score shall be ≤1.6). ",null,null,"Source: Product Environmental Footprint Category Rules Guidance"]
[]
[]
[]
[null,"Higg MSI Methodology document is also aligned with EU PEFCR data quality rating:"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Source: Higg Material Sustainability Index (MSI) Methodology July 2020"]

{"sheet":"Pivot","index":18,"n_rows":12,"n_cols":3,"rows_kept":12,"cut":false,"hidden":false,"merged":[]}
["Blend name","Material","Sum of CI_Blend%"]
["(blank)","(blank)",0]
["B_T-shirt_blend","Cotton - Conventional ; Fabric - Apparel",0.49268046441191315]
["B_T-shirt_blend","Polyester - Recycled ; Fabric - Apparel",0.50731953558808685]
["B_Sneaker_blend","TPU ; Plastics - Footwear",4.14032790188128E-2]
["B_Sneaker_blend","EVA ; Foam - Footwear",9.9604603722265594E-2]
["B_Sneaker_blend","Polypropylene ; Plastics - Footwear",7.3135719142720421E-2]
["B_Sneaker_blend","PU ; Foam - Footwear",0.23411489158082957]
["B_Sneaker_blend","Butyl rubber ; Rubber/Elastomer - Footwear",6.8879542649910586E-2]
["B_Sneaker_blend","Polyester - Virgin ; Fabric - Footwear",0.40972624474274055]
["B_Sneaker_blend","Nylon 6- Virgin ; Fabric - Footwear",7.3135719142720421E-2]
["Grand Total",null,2]

{"sheet":"pivots_dashboard","index":19,"n_rows":13,"n_cols":57,"rows_kept":13,"cut":false,"hidden":false,"merged":[]}
["Pivot Table for Chart A.2",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Pivot Table for Chart C.1",null,null,"Pivot Table for Chart C.2",null,null,"Pivot Table for Chart C.4",null,null,null,null,null,null,"Pivot Table for Chart C.5",null,null,null,null,null,null,null,null,null,null,null,null,"Pivot Table for Chart D",null,null,null,"Pivot Table for Chart C.3",null,null,null,null,"Pivot Table for Chart A.1"]
["Row Labels","Raw Material Extraction & Processing","Manufacturing","Transportation (Factory to WH+WH to Consumer)","Product Use","End-of-Life","Net CO2e (kg) for 1 unit of Apparel or 1 Pair of Shoes",null,null,null,null,null,null,null,null,null,null,null," Shoe","Sneaker",null," Shoe","Sneaker",null,"Row Labels","Sum of FinalProductionEmissionsbyMaterial",null,null,null,null,null," Shoe","FinalMaterialList","1.Fiber/Resin/Rubber/Elastomer Production","2.Yarn Formation/Mixing","3. Textile Formation/Foaming","4. Prep/Molding","5. Coloration","6. Additional Finishing",null,null,null,null,null,"Row Labels","Sum of Factory Emissions (Kg CO2 eq)",null,null," Shoe","Sneaker",null,null,null,"Row Labels","Net CO2e (kg) for 1 unit of Apparel or 1 Pair of Shoes (EXCLUDES Product Biogenic Carbon but INCLUDES Aircraft Transport)","Product Biogenic Carbon (kgCO2e)","Aircraft Transport"]
["T-Shirt",4.2567610457516336,0.3637449999999996,0.94331563593750012,4.0733174770608551,0.34285837866666669,9.9799975374166561,null,null,null,null,"Pivot Table for Chart B",null,null,null,null,null,null,null,null,null,null,null,null,"Sneaker",10.128473617703083,null,null,null,null,null,"Sneaker",null,4.2308235295967016,1.7651531047164768,1.1376643657909904,1.7343987159311962,1.260433901667716,0,null,null,null,null,null,"Sneaker",4.0423139999999957,null,null,null,null,null,null,null,"T-Shirt",9.9799975374166561,-0.12222222222222223,0.71212166718750014]
["Sneaker",10.128473617703081,4.0423139999999957,1.7860109373749999,3.090844353757672E-2,0.74220553034666659,16.72991252896232,null,null,null,null,"Sum of FinalProductionEmissionsbyMaterial","Column Labels",null,null,null,null,null,"Row Labels","Sum of FinalProductionEmissionsbyMaterial",null,"Row Labels","Sum of FinalProductionEmissionsbyMaterial",null,"Packaging",0.28037268627450984,null,null,null,null,null,"Sneaker","Cardboard - Virgin ; Packaging - Packaging",0.28037268627450984,0,0,0,0,0,null,null,null,null,null,"Manufacturing - Sneaker",4.0423139999999957,null,null,"Row Labels","Sum of FinalProductionEmissionsbyMaterial",null,null,null,"Sneaker",16.72991252896232,0,1.3482836898750001]
["Grand Total",14.385234663454714,4.4060589999999955,2.7293265733125001,4.1042259205984317,1.0850639090133334,26.709910066378974,null,null,null,null,"Row Labels","Packaging","Product","Grand Total",null,null,null,"Packaging",2.7681632678043373E-2,null,"Cardboard - Virgin ; Packaging - Packaging",2.7681632678043373E-2,null,"Packaging",0.28037268627450984,null,null,null,null,null,"Sneaker","Nylon 6- Virgin ; Fabric - Footwear",0.32242504371665304,6.5477085800920307E-2,5.4564238167433589E-2,0.12500170925630241,0.15277986686881406,0,null,null,null,null,null,"Grand Total",4.0423139999999957,null,null,"Cardboard - Virgin ; Packaging - Packaging",2.7681632678043373E-2,null,null,null,"Grand Total",26.709910066378974,-0.12222222222222223,2.0604053570625003]
[null,null,null,null,null,null,null,null,null,null,null,"Sneaker",0.28037268627450984,9.8481009314285739,10.128473617703083,null,null,null,"Shoe",0.97231836732195676,null,"B_Sneaker_blend",0.97231836732195676,null,"Product",9.8481009314285739,null,null,null,null,null,"Sneaker","PU ; Foam - Footwear",1.0833481468879542,0.69842224854314994,0.52381668640736245,0,0,0,null,null,null,null,null,null,null,null,null,"Nylon 6- Virgin ; Fabric - Footwear",7.1111203029767089E-2]
[null,null,null,null,null,null,null,null,null,null,null,"Grand Total",0.28037268627450984,9.8481009314285739,10.128473617703083,null,null,null,"Grand Total",1,null,"Grand Total",1,null,"Shoe",9.8481009314285739,null,null,null,null,null,"Sneaker","TPU ; Plastics - Footwear",0.27083703672198856,3.2738542900460153E-2,0,0.10416809104691867,0,0,null,null,null,null,null,null,null,null,null,"PU ; Foam - Footwear",0.22763420914762905]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Grand Total",10.128473617703083,null,null,null,null,null,"Sneaker","EVA ; Foam - Footwear",0.3906303414259451,0.21825695266973441,0.16369271450230083,0.20833618209383739,0,0,null,null,null,null,null,null,null,null,null,"TPU ; Plastics - Footwear",4.0257168657347478E-2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Sneaker","Butyl rubber ; Rubber/Elastomer - Footwear",0.54688247799632306,2.7282119083716801E-2,0,0.1041680910469187,0,0,null,null,null,null,null,null,null,null,null,"EVA ; Foam - Footwear",9.6847385668983751E-2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Sneaker","Polypropylene ; Plastics - Footwear",0.3437547004548317,9.0030992976265448E-2,0,0.2864622503790264,0,0,null,null,null,null,null,null,null,null,null,"Butyl rubber ; Rubber/Elastomer - Footwear",6.6972844451244129E-2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Sneaker","Polyester - Virgin ; Fabric - Footwear",0.99257309611849642,0.63294516274222978,0.39559072671389356,0.90626239210819259,1.1076540347989019,0,null,null,null,null,null,null,null,null,null,"Polypropylene ; Plastics - Footwear",7.1111203029767089E-2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Grand Total",null,4.2308235295967016,1.7651531047164768,1.1376643657909904,1.7343987159311962,1.260433901667716,0,null,null,null,null,null,null,null,null,null,"Polyester - Virgin ; Fabric - Footwear",0.39838435333721789]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Grand Total",1]

{"sheet":"PivotTables-EOL+CIs","index":20,"n_rows":221,"n_cols":59,"rows_kept":221,"cut":false,"hidden":false,"merged":[]}
[null,"Column Labels"]
[null,"(blank)",null,"T-Shirt",null,"Sneaker"]
["Row Labels","Sum of Starting Material/Blend mass in Component(kg)2","Sum of Starting Material/Blend mass in Component(kg)","Sum of Starting Material/Blend mass in Component(kg)2","Sum of Starting Material/Blend mass in Component(kg)","Sum of Starting Material/Blend mass in Component(kg)2","Sum of Starting Material/Blend mass in Component(kg)"]
["(blank)",0,0]
["Cardboard - Virgin ; Packaging - Packaging",null,null,0.23529411764705885,0.23529411764705885,0.20941176470588235,0.20941176470588235]
["B_T-shirt_blend",null,null,0.33333333333333331,0.33333333333333331]
["B_Sneaker_blend",null,null,null,null,0.96285714285714286,0.96285714285714286]
["Grand Total",0,0,0.56862745098039214,0.56862745098039214,1.1722689075630253,1.1722689075630253]
[]
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["Row Labels","Sum of Net CI (kg CO2e/kg)","Sum of Incinerated ","Sum of Landfill ","Average of DQR Score","Average of Uncertainty Score",null,null,null,null,null,"Column Labels"]
["Acrylic ; Fiber - Apparel",0,1,1,0,0,null,null,null,null,null,"(blank)",null,null,null,null,null,null,null,null,null,null,null,"B_T-shirt_blend",null,null,null,null,null,null,null,null,null,null,null,"B_Sneaker_blend",null,null,null,null,null,null,null,null,null,null,null,"Total Sum of CI_blend_raw","Total Sum of CI_blend_land","Total Sum of CI_blend_incin","Total Sum of 1","Total Sum of 2","Total Sum of 3","Total Sum of 4","Total Sum of 5","Total Sum of 6","Total Sum of CI_blend_prodBiogenic","Total Sum of DQR Score","Total Sum of Uncertainty Score"]
["Alpaca ; Fiber - Apparel",0,1,1,0,0,null,null,null,null,"Row Labels","Sum of CI_blend_raw","Sum of CI_blend_land","Sum of CI_blend_incin","Sum of 1","Sum of 2","Sum of 3","Sum of 4","Sum of 5","Sum of 6","Sum of CI_blend_prodBiogenic","Sum of DQR Score","Sum of Uncertainty Score","Sum of CI_blend_raw","Sum of CI_blend_land","Sum of CI_blend_incin","Sum of 1","Sum of 2","Sum of 3","Sum of 4","Sum of 5","Sum of 6","Sum of CI_blend_prodBiogenic","Sum of DQR Score","Sum of Uncertainty Score","Sum of CI_blend_raw","Sum of CI_blend_land","Sum of CI_blend_incin","Sum of 1","Sum of 2","Sum of 3","Sum of 4","Sum of 5","Sum of 6","Sum of CI_blend_prodBiogenic","Sum of DQR Score","Sum of Uncertainty Score"]
["Cashmere ; Fiber - Apparel",0,1,1,0,0,null,null,null,null,"(blank)",0,0,0,0,0,0,0,0,0,0,0,0,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0,0,0,0,0,0,0,0,0,0,0]
["Cotton - Conventional ; Fiber - Apparel",0,1,1,0,0,null,null,null,null,"TPU ; Plastics - Footwear",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0.41100000000000003,0.04,0.04,0.27300000000000002,3.3000000000000002E-2,0,0.105,0,0,0,0.08,0.08,0.41100000000000003,0.04,0.04,0.27300000000000002,3.3000000000000002E-2,0,0.105,0,0,0,0.08,0.08]
["Cotton - Organic ; Fiber - Apparel",0,1,1,0,0,null,null,null,null,"EVA ; Foam - Footwear",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0.98875000000000013,0.1,0.1,0.39375000000000004,0.22000000000000003,0.16500000000000004,0.21000000000000002,0,0,0,0.2,0.2,0.98875000000000013,0.1,0.1,0.39375000000000004,0.22000000000000003,0.16500000000000004,0.21000000000000002,0,0,0,0.2,0.2]
["Elastane ; Fiber - Apparel",0,1,1,0,0,null,null,null,null,"Polypropylene ; Plastics - Footwear",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0.72600000000000009,0.11,0.11,0.34650000000000003,9.0750000000000011E-2,0,0.28875000000000001,0,0,0,0.22,0.22,0.72600000000000009,0.11,0.11,0.34650000000000003,9.0750000000000011E-2,0,0.28875000000000001,0,0,0,0.22,0.22]
["Bio-based spandex ; Fiber - Apparel",0,1,1,0,0,null,null,null,null,"PU ; Foam - Footwear",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2.3240000000000003,0.32,0.32,1.0920000000000001,0.70400000000000007,0.52800000000000002,0,0,0,0,0.6399999999999999,0.6399999999999999,2.3240000000000003,0.32,0.32,1.0920000000000001,0.70400000000000007,0.52800000000000002,0,0,0,0,0.6399999999999999,0.6399999999999999]
["Hemp ; Fiber - Apparel",0,1,1,0,0,null,null,null,null,"Butyl rubber ; Rubber/Elastomer - Footwear",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0.68375000000000008,0.1,0.1,0.55125000000000002,2.7500000000000004E-2,0,0.10500000000000001,0,0,0,0.2,0.2,0.68375000000000008,0.1,0.1,0.55125000000000002,2.7500000000000004E-2,0,0.10500000000000001,0,0,0,0.2,0.2]
["Linen ; Fiber - Apparel",0,1,1,0,0,null,null,null,null,"Cotton - Conventional ; Fabric - Apparel",null,null,null,null,null,null,null,null,null,null,null,null,5.6933333333333334,0.5,0.8666666666666667,1.1000000000000001,1.375,0.6875,0.78750000000000009,1.9250000000000003,0,-0.3666666666666667,1,1,null,null,null,null,null,null,null,null,null,null,null,null,5.6933333333333334,0.5,0.8666666666666667,1.1000000000000001,1.375,0.6875,0.78750000000000009,1.9250000000000003,0,-0.3666666666666667,1,1]
["Modal ; Fiber - Apparel",0,1,1,0,0,null,null,null,null,"Polyester - Recycled ; Fabric - Apparel",null,null,null,null,null,null,null,null,null,null,null,null,5.8625000000000007,0.5,0.5,0.57499999999999996,1.1000000000000001,0.6875,1.5750000000000002,1.9250000000000003,0,0,1,1,null,null,null,null,null,null,null,null,null,null,null,null,5.8625000000000007,0.5,0.5,0.57499999999999996,1.1000000000000001,0.6875,1.5750000000000002,1.9250000000000003,0,0,1,1]
["Nylon - Bio-based ; Fiber - Apparel",0,1,1,0,0,null,null,null,null,"Polyester - Virgin ; Fabric - Footwear",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,4.0672500000000005,0.28999999999999998,0.28999999999999998,1.0004999999999999,0.63800000000000001,0.39874999999999999,0.91350000000000009,1.1165,0,0,0.57999999999999996,0.57999999999999996,4.0672500000000005,0.28999999999999998,0.28999999999999998,1.0004999999999999,0.63800000000000001,0.39874999999999999,0.91350000000000009,1.1165,0,0,0.57999999999999996,0.57999999999999996]
["Nylon 6- Virgin ; Fiber - Apparel",0,1,1,0,0,null,null,null,null,"Nylon 6- Virgin ; Fabric - Footwear",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0.72600000000000009,0.04,0.04,0.32500000000000001,6.6000000000000003E-2,5.5E-2,0.12600000000000003,0.15400000000000003,0,0,7.9999999999999988E-2,7.9999999999999988E-2,0.72600000000000009,0.04,0.04,0.32500000000000001,6.6000000000000003E-2,5.5E-2,0.12600000000000003,0.15400000000000003,0,0,7.9999999999999988E-2,7.9999999999999988E-2]
["Nylon 6,6- Virgin ; Fiber - Apparel",0,1,1,0,0,null,null,null,null,"Grand Total",0,0,0,0,0,0,0,0,0,0,0,0,11.555833333333334,1,1.3666666666666667,1.675,2.4750000000000001,1.375,2.3625000000000003,3.8500000000000005,0,-0.3666666666666667,2,2,9.9267500000000002,1,1,3.9820000000000002,1.7792500000000004,1.1467499999999999,1.7482500000000003,1.2705000000000002,0,0,2,2,21.482583333333334,2,2.3666666666666667,5.657,4.2542500000000008,2.5217500000000004,4.1107500000000003,5.1205000000000007,0,-0.3666666666666667,4,4]
["Nylon 6-Recycled- FDY ; Fiber - Apparel",0,1,1,0,0]
["Nylon 6-Recycled, texturised ; Fiber - Apparel",0,1,1,0,0]
["Polyester - Recycled ; Fiber - Apparel",0,1,1,0,0]
["Polyester - Virgin ; Fiber - Apparel",0,1,1,0,0]
["Silk ; Fiber - Apparel",0,1,1,0,0]
["Tencel Lyocell ; Fiber - Apparel",0,1,1,0,0]
["Viscose/Rayon ; Fiber - Apparel",0,1,1,0,0]
["Wool - Conventional ; Fiber - Apparel",0,1,1,0,0]
["Wool - Recycled ; Fiber - Apparel",0,1,1,0,0]
["Acrylic ; Yarn - Apparel",0,1,1]
["Alpaca ; Yarn - Apparel",0,1,1,0,0]
["Cashmere ; Yarn - Apparel",0,1,1,0,0]
["Cotton - Conventional ; Yarn - Apparel",0,1,1,0,0]
["Cotton - Organic ; Yarn - Apparel",0,1,1,0,0]
["Elastane ; Yarn - Apparel",0,1,1,0,0]
["Bio-based spandex ; Yarn - Apparel",0,1,1,0,0]
["Hemp ; Yarn - Apparel",0,1,1,0,0]
["Linen ; Yarn - Apparel",0,1,1,0,0]
["Modal ; Yarn - Apparel",0,1,1,0,0]
["Nylon - Bio-based ; Yarn - Apparel",0,1,1,0,0]
["Nylon 6- Virgin ; Yarn - Apparel",0,1,1,0,0]
["Nylon 6,6- Virgin ; Yarn - Apparel",0,1,1,0,0]
["Nylon 6-Recycled- FDY ; Yarn - Apparel",0,1,1,0,0]
["Nylon 6-Recycled, texturised ; Yarn - Apparel",0,1,1,0,0]
["Polyester - Recycled ; Yarn - Apparel",0,1,1,0,0]
["Polyester - Virgin ; Yarn - Apparel",0,1,1,0,0]
["Silk ; Yarn - Apparel",0,1,1,0,0]
["Tencel Lyocell ; Yarn - Apparel",0,1,1,0,0]
["Viscose/Rayon ; Yarn - Apparel",0,1,1,0,0]
["Wool - Conventional ; Yarn - Apparel",0,1,1,0,0]
["Wool - Recycled ; Yarn - Apparel",0,1,1,0,0]
["Acrylic ; Fabric - Apparel",0,1,1,0,0]
["Alpaca ; Fabric - Apparel",0,1,1,0,0]
["Cashmere ; Fabric - Apparel",0,1,1,0,0]
["Cotton - Conventional ; Fabric - Apparel",11.386666666666667,1.7333333333333334,1,2,2]
["Cotton - Organic ; Fabric - Apparel",0,1,1,0,0]
["Elastane ; Fabric - Apparel",0,1,1,0,0]
["Bio-based spandex ; Fabric - Apparel",0,1,1,0,0]
["Hemp ; Fabric - Apparel",0,1,1,0,0]
["Linen ; Fabric - Apparel",0,1,1,0,0]
["Modal ; Fabric - Apparel",0,1,1,0,0]
["Nylon - Bio-based ; Fabric - Apparel",0,1,1,0,0]
["Nylon 6,6- Virgin ; Fabric - Apparel",0,1,1,0,0]
["Nylon 6-Recycled- FDY ; Fabric - Apparel",0,1,1,0,0]
["Nylon 6-Recycled, texturised ; Fabric - Apparel",0,1,1,0,0]
["Polyester - Recycled ; Fabric - Apparel",11.725000000000001,1,1,2,2]
["Silk ; Fabric - Apparel",0,1,1,0,0]
["Tencel Lyocell ; Fabric - Apparel",0,1,1,0,0]
["Viscose/Rayon ; Fabric - Apparel",0,1,1,0,0]
["Wool - Conventional ; Fabric - Apparel",0,1,1,0,0]
["Wool - Recycled ; Fabric - Apparel",0,1,1,0,0]
["EVA ; Foam - Footwear",9.8875000000000011,1,1,2,2]
["EVA-Recycled ; Foam - Footwear",0,1,1,0,0]
["PU ; Foam - Footwear",7.2625000000000011,1,1,1.9999999999999998,1.9999999999999998]
["Nylon - Bio-based ; Plastics - Footwear",0,1,1,0,0]
["Nylon - Recycled ; Plastics - Footwear",0,1,1,0,0]
["Nylon 6- Virgin ; Plastics - Footwear",0,1,1,0,0]
["Nylon 6,6- Virgin ; Plastics - Footwear",0,1,1,0,0]
["Polyester - Recycled ; Plastics - Footwear",0,null,null,0,0]
["Polyester - Virgin ; Plastics - Footwear",0,1,1,0,0]
["Polypropylene ; Plastics - Footwear",6.6000000000000005,1,1,2,2]
["TPU ; Plastics - Footwear",10.275,1,1,2,2]
["Butyl rubber ; Rubber/Elastomer - Footwear",6.8375000000000004,1,1,2,2]
["EPDM rubber ; Rubber/Elastomer - Footwear",0,1,1,0,0]
["Natural rubber ; Rubber/Elastomer - Footwear",0,1,1,0,0]
["Cardboard - Recycled ; Packaging - Packaging",0,1,1,0,0]
["Cardboard - Virgin ; Packaging - Packaging",1.2833333333333334,1.3666666666666667,1,2,2]
["Nylon, mechanically recycled ; Fiber - Apparel",0,1,1,0,0]
["Nylon, mechanically recycled ; Yarn - Apparel",0,1,1,0,0]
["Nylon, mechanically recycled ; Fabric - Apparel",0,1,1,0,0]
["Bio-TPU ; Foam - Footwear",0,1,1,0,0]
["Nylon ; Plastics - Footwear",0,1,1,0,0]
["Nylon 6- Virgin ; Fabric - Footwear",18.150000000000002,1,1,1.9999999999999998,1.9999999999999998]
["Polyester - Virgin ; Fabric - Footwear",14.025000000000002,1,1,2,2]
["Grand Total",97.432500000000019,87.1,86,0.23255813953488372,0.23255813953488372]

{"sheet":"LocationList","index":21,"n_rows":131,"n_cols":6,"rows_kept":131,"cut":false,"hidden":false,"merged":[]}
["Raw Material","Textile","Tier 1","Warehouse",null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF(InputBlends!$G$1:Q6,tbl_Blends[Blend name]),),0)),\"\")","v":"B_T-shirt_blend"}]
[{"$f":"INDEX(tbl_TransportLoc[Raw Material],MATCH(0,INDEX(COUNTIF($A$1:A1,tbl_TransportLoc[Raw Material]),),0))","v":"New Zealand"},{"$f":"INDEX(tbl_TransportLoc[Textile],MATCH(0,INDEX(COUNTIF($A$1:B1,tbl_TransportLoc[Textile]),),0))","v":"New Zealand"},{"$f":"INDEX(tbl_TransportLoc[Tier 1],MATCH(0,INDEX(COUNTIF($A$1:C1,tbl_TransportLoc[Tier 1]),),0))","v":"China Tier 1"},{"$f":"INDEX(tbl_TransportLoc[Warehouse],MATCH(0,INDEX(COUNTIF($A$1:D1,tbl_TransportLoc[Warehouse]),),0))","v":"NA Warehouse"},null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F1,tbl_Blends[Blend name]),),0)),\"\")","v":"B_Sneaker_blend"}]
[{"$f":"INDEX(tbl_TransportLoc[Raw Material],MATCH(0,INDEX(COUNTIF($A$1:A2,tbl_TransportLoc[Raw Material]),),0))","v":0},{"$f":"INDEX(tbl_TransportLoc[Textile],MATCH(0,INDEX(COUNTIF($A$1:B2,tbl_TransportLoc[Textile]),),0))","v":"UK"},{"$f":"INDEX(tbl_TransportLoc[Tier 1],MATCH(0,INDEX(COUNTIF($A$1:C2,tbl_TransportLoc[Tier 1]),),0))","v":"US Tier 1"},{"$f":"INDEX(tbl_TransportLoc[Warehouse],MATCH(0,INDEX(COUNTIF($A$1:D2,tbl_TransportLoc[Warehouse]),),0))","v":"EMEA Warehouse"},null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F2,tbl_Blends[Blend name]),),0)),\"\")","v":0}]
[{"$f":"INDEX(tbl_TransportLoc[Raw Material],MATCH(0,INDEX(COUNTIF($A$1:A3,tbl_TransportLoc[Raw Material]),),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(tbl_TransportLoc[Textile],MATCH(0,INDEX(COUNTIF($A$1:B3,tbl_TransportLoc[Textile]),),0))","v":"Austria"},{"$f":"INDEX(tbl_TransportLoc[Tier 1],MATCH(0,INDEX(COUNTIF($A$1:C3,tbl_TransportLoc[Tier 1]),),0))","v":"South Korea Tier 1"},{"$f":"INDEX(tbl_TransportLoc[Warehouse],MATCH(0,INDEX(COUNTIF($A$1:D3,tbl_TransportLoc[Warehouse]),),0))","v":"APAC Warehouse"},null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F3,tbl_Blends[Blend name]),),0)),\"\")","v":""}]
[{"$f":"INDEX(tbl_TransportLoc[Raw Material],MATCH(0,INDEX(COUNTIF($A$1:A4,tbl_TransportLoc[Raw Material]),),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(tbl_TransportLoc[Textile],MATCH(0,INDEX(COUNTIF($A$1:B4,tbl_TransportLoc[Textile]),),0))","v":"Brazil"},{"$f":"INDEX(tbl_TransportLoc[Tier 1],MATCH(0,INDEX(COUNTIF($A$1:C4,tbl_TransportLoc[Tier 1]),),0))","v":"Vietnam Tier 1"},{"$f":"INDEX(tbl_TransportLoc[Warehouse],MATCH(0,INDEX(COUNTIF($A$1:D4,tbl_TransportLoc[Warehouse]),),0))","v":"LATAM Warehouse"},null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F4,tbl_Blends[Blend name]),),0)),\"\")","v":""}]
[{"$f":"INDEX(tbl_TransportLoc[Raw Material],MATCH(0,INDEX(COUNTIF($A$1:A5,tbl_TransportLoc[Raw Material]),),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(tbl_TransportLoc[Textile],MATCH(0,INDEX(COUNTIF($A$1:B5,tbl_TransportLoc[Textile]),),0))","v":"Canada"},{"$f":"INDEX(tbl_TransportLoc[Tier 1],MATCH(0,INDEX(COUNTIF($A$1:C5,tbl_TransportLoc[Tier 1]),),0))","v":"Peru Tier 1"},{"$f":"INDEX(tbl_TransportLoc[Warehouse],MATCH(0,INDEX(COUNTIF($A$1:D5,tbl_TransportLoc[Warehouse]),),0))","v":{"$error":"#N/A"}},null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F5,tbl_Blends[Blend name]),),0)),\"\")","v":""}]
[{"$f":"INDEX(tbl_TransportLoc[Raw Material],MATCH(0,INDEX(COUNTIF($A$1:A6,tbl_TransportLoc[Raw Material]),),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(tbl_TransportLoc[Textile],MATCH(0,INDEX(COUNTIF($A$1:B6,tbl_TransportLoc[Textile]),),0))","v":"Guatemala"},{"$f":"INDEX(tbl_TransportLoc[Tier 1],MATCH(0,INDEX(COUNTIF($A$1:C6,tbl_TransportLoc[Tier 1]),),0))","v":"Indonesia Tier 1"},{"$f":"INDEX(tbl_TransportLoc[Warehouse],MATCH(0,INDEX(COUNTIF($A$1:D6,tbl_TransportLoc[Warehouse]),),0))","v":{"$error":"#N/A"}},null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F6,tbl_Blends[Blend name]),),0)),\"\")","v":""}]
[{"$f":"INDEX(tbl_TransportLoc[Raw Material],MATCH(0,INDEX(COUNTIF($A$1:A7,tbl_TransportLoc[Raw Material]),),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(tbl_TransportLoc[Textile],MATCH(0,INDEX(COUNTIF($A$1:B7,tbl_TransportLoc[Textile]),),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(tbl_TransportLoc[Tier 1],MATCH(0,INDEX(COUNTIF($A$1:C7,tbl_TransportLoc[Tier 1]),),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(tbl_TransportLoc[Warehouse],MATCH(0,INDEX(COUNTIF($A$1:D7,tbl_TransportLoc[Warehouse]),),0))","v":{"$error":"#N/A"}},null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F7,tbl_Blends[Blend name]),),0)),\"\")","v":""}]
[{"$f":"INDEX(tbl_TransportLoc[Raw Material],MATCH(0,INDEX(COUNTIF($A$1:A8,tbl_TransportLoc[Raw Material]),),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(tbl_TransportLoc[Textile],MATCH(0,INDEX(COUNTIF($A$1:B8,tbl_TransportLoc[Textile]),),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(tbl_TransportLoc[Tier 1],MATCH(0,INDEX(COUNTIF($A$1:C8,tbl_TransportLoc[Tier 1]),),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(tbl_TransportLoc[Warehouse],MATCH(0,INDEX(COUNTIF($A$1:D8,tbl_TransportLoc[Warehouse]),),0))","v":{"$error":"#N/A"}},null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F8,tbl_Blends[Blend name]),),0)),\"\")","v":""}]
[{"$f":"INDEX(tbl_TransportLoc[Raw Material],MATCH(0,INDEX(COUNTIF($A$1:A9,tbl_TransportLoc[Raw Material]),),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(tbl_TransportLoc[Textile],MATCH(0,INDEX(COUNTIF($A$1:B9,tbl_TransportLoc[Textile]),),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(tbl_TransportLoc[Tier 1],MATCH(0,INDEX(COUNTIF($A$1:C9,tbl_TransportLoc[Tier 1]),),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(tbl_TransportLoc[Warehouse],MATCH(0,INDEX(COUNTIF($A$1:D9,tbl_TransportLoc[Warehouse]),),0))","v":{"$error":"#N/A"}},null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F9,tbl_Blends[Blend name]),),0)),\"\")","v":""}]
[{"$f":"INDEX(tbl_TransportLoc[Raw Material],MATCH(0,INDEX(COUNTIF($A$1:A10,tbl_TransportLoc[Raw Material]),),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(tbl_TransportLoc[Textile],MATCH(0,INDEX(COUNTIF($A$1:B10,tbl_TransportLoc[Textile]),),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(tbl_TransportLoc[Tier 1],MATCH(0,INDEX(COUNTIF($A$1:C10,tbl_TransportLoc[Tier 1]),),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(tbl_TransportLoc[Warehouse],MATCH(0,INDEX(COUNTIF($A$1:D10,tbl_TransportLoc[Warehouse]),),0))","v":{"$error":"#N/A"}},null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F10,tbl_Blends[Blend name]),),0)),\"\")","v":""}]
[{"$f":"INDEX(tbl_TransportLoc[Raw Material],MATCH(0,INDEX(COUNTIF($A$1:A11,tbl_TransportLoc[Raw Material]),),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(tbl_TransportLoc[Textile],MATCH(0,INDEX(COUNTIF($A$1:B11,tbl_TransportLoc[Textile]),),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(tbl_TransportLoc[Tier 1],MATCH(0,INDEX(COUNTIF($A$1:C11,tbl_TransportLoc[Tier 1]),),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(tbl_TransportLoc[Warehouse],MATCH(0,INDEX(COUNTIF($A$1:D11,tbl_TransportLoc[Warehouse]),),0))","v":{"$error":"#N/A"}},null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F11,tbl_Blends[Blend name]),),0)),\"\")","v":""}]
[{"$f":"INDEX(tbl_TransportLoc[Raw Material],MATCH(0,INDEX(COUNTIF($A$1:A12,tbl_TransportLoc[Raw Material]),),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(tbl_TransportLoc[Textile],MATCH(0,INDEX(COUNTIF($A$1:B12,tbl_TransportLoc[Textile]),),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(tbl_TransportLoc[Tier 1],MATCH(0,INDEX(COUNTIF($A$1:C12,tbl_TransportLoc[Tier 1]),),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(tbl_TransportLoc[Warehouse],MATCH(0,INDEX(COUNTIF($A$1:D12,tbl_TransportLoc[Warehouse]),),0))","v":{"$error":"#N/A"}},null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F12,tbl_Blends[Blend name]),),0)),\"\")","v":""}]
[{"$f":"INDEX(tbl_TransportLoc[Raw Material],MATCH(0,INDEX(COUNTIF($A$1:A13,tbl_TransportLoc[Raw Material]),),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(tbl_TransportLoc[Textile],MATCH(0,INDEX(COUNTIF($A$1:B13,tbl_TransportLoc[Textile]),),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(tbl_TransportLoc[Tier 1],MATCH(0,INDEX(COUNTIF($A$1:C13,tbl_TransportLoc[Tier 1]),),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(tbl_TransportLoc[Warehouse],MATCH(0,INDEX(COUNTIF($A$1:D13,tbl_TransportLoc[Warehouse]),),0))","v":{"$error":"#N/A"}},null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F13,tbl_Blends[Blend name]),),0)),\"\")","v":""}]
[{"$f":"INDEX(tbl_TransportLoc[Raw Material],MATCH(0,INDEX(COUNTIF($A$1:A14,tbl_TransportLoc[Raw Material]),),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(tbl_TransportLoc[Textile],MATCH(0,INDEX(COUNTIF($A$1:B14,tbl_TransportLoc[Textile]),),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(tbl_TransportLoc[Tier 1],MATCH(0,INDEX(COUNTIF($A$1:C14,tbl_TransportLoc[Tier 1]),),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(tbl_TransportLoc[Warehouse],MATCH(0,INDEX(COUNTIF($A$1:D14,tbl_TransportLoc[Warehouse]),),0))","v":{"$error":"#N/A"}},null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F14,tbl_Blends[Blend name]),),0)),\"\")","v":""}]
[{"$f":"INDEX(tbl_TransportLoc[Raw Material],MATCH(0,INDEX(COUNTIF($A$1:A15,tbl_TransportLoc[Raw Material]),),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(tbl_TransportLoc[Textile],MATCH(0,INDEX(COUNTIF($A$1:B15,tbl_TransportLoc[Textile]),),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(tbl_TransportLoc[Tier 1],MATCH(0,INDEX(COUNTIF($A$1:C15,tbl_TransportLoc[Tier 1]),),0))","v":{"$error":"#N/A"}},{"$f":"INDEX(tbl_TransportLoc[Warehouse],MATCH(0,INDEX(COUNTIF($A$1:D15,tbl_TransportLoc[Warehouse]),),0))","v":{"$error":"#N/A"}},null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F15,tbl_Blends[Blend name]),),0)),\"\")","v":""}]
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[null,null,null,null,null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F89,tbl_Blends[Blend name]),),0)),\"\")","v":""}]
[null,null,null,null,null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F90,tbl_Blends[Blend name]),),0)),\"\")","v":""}]
[null,null,null,null,null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F91,tbl_Blends[Blend name]),),0)),\"\")","v":""}]
[null,null,null,null,null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F92,tbl_Blends[Blend name]),),0)),\"\")","v":""}]
[null,null,null,null,null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F93,tbl_Blends[Blend name]),),0)),\"\")","v":""}]
[null,null,null,null,null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F94,tbl_Blends[Blend name]),),0)),\"\")","v":""}]
[null,null,null,null,null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F95,tbl_Blends[Blend name]),),0)),\"\")","v":""}]
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[null,null,null,null,null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F98,tbl_Blends[Blend name]),),0)),\"\")","v":""}]
[null,null,null,null,null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F99,tbl_Blends[Blend name]),),0)),\"\")","v":""}]
[null,null,null,null,null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F100,tbl_Blends[Blend name]),),0)),\"\")","v":""}]
[null,null,null,null,null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F101,tbl_Blends[Blend name]),),0)),\"\")","v":""}]
[null,null,null,null,null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F102,tbl_Blends[Blend name]),),0)),\"\")","v":""}]
[null,null,null,null,null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F103,tbl_Blends[Blend name]),),0)),\"\")","v":""}]
[null,null,null,null,null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F104,tbl_Blends[Blend name]),),0)),\"\")","v":""}]
[null,null,null,null,null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F105,tbl_Blends[Blend name]),),0)),\"\")","v":""}]
[null,null,null,null,null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F106,tbl_Blends[Blend name]),),0)),\"\")","v":""}]
[null,null,null,null,null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F107,tbl_Blends[Blend name]),),0)),\"\")","v":""}]
[null,null,null,null,null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F108,tbl_Blends[Blend name]),),0)),\"\")","v":""}]
[null,null,null,null,null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F109,tbl_Blends[Blend name]),),0)),\"\")","v":""}]
[null,null,null,null,null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F110,tbl_Blends[Blend name]),),0)),\"\")","v":""}]
[null,null,null,null,null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F111,tbl_Blends[Blend name]),),0)),\"\")","v":""}]
[null,null,null,null,null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F112,tbl_Blends[Blend name]),),0)),\"\")","v":""}]
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[null,null,null,null,null,{"$f":"IFERROR(INDEX(tbl_Blends[Blend name],MATCH(0,INDEX(COUNTIF($F$1:F116,tbl_Blends[Blend name]),),0)),\"\")","v":""}]
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{"sheet":"MergedTableQuery","index":22,"n_rows":14,"n_cols":56,"rows_kept":14,"cut":false,"hidden":false,"merged":[]}
[" Shoe"," Section","Component","Blend or Material or Packaging?","Name"," Mass of Final Component(g)","% material wasted","Is Waste Recycled?","Starting Material/Blend mass in Component(kg)","1","2","3","4","5","6","% of Total Product Mass (for DQR)","DQR Score","Uncertainty Score","CI_Raw","CI_Raw_prodBiogenic","CI_Landfill","CI_Incinerated","Product EOL-Material/Blend mass in Final Component (kg)","Product EOL Calculations-Mat CI_Land*MatMassinFinal Component+Waste Transport","Product EOL-Calculations: Mat CI_Incin*MatMassinFinal Component+Waste transport","Production Emissions-1","Production Emissions-2","Production Emissions-3","Production Emissions-4","Production Emissions-5","Production Emissions-6","Production \nEmissions for Pair(kg)","EOL for waste material at Raw Material Extraction Phase: Landfilled and Incinerated \nEmissions (kg)","EOL-Transportation of Waste Materials for Raw Material Phase","Net Materials Emissions (kg CO2e) for Pair of Shoes or Unit of Apparel","FOR REPORTING PURPOSE: ProductBiogenicContent For Pair of Shoes or Apparel (kg CO2e)","Biogenic Carbon Content of Packaging materials (kg CO2e)- This is a subset of the value reported in Column AJ","Materials DQR Score","Materials Uncertainty Score","tbl_Blends.Material","tbl_Blends.1","tbl_Blends.2","tbl_Blends.3","tbl_Blends.4","tbl_Blends.5","tbl_Blends.6","tbl_Blends.CI_Blend%","FinalMaterialList","Product Emissions by Material","FinalProductionEmissionsbyMaterial","1_Fiber_Resin_Rubber_Elastomer","2_Yarn_Formation_Mixing","3_Textile_Formation_Foaming","4_Prep_Molding","5_Coloration","6_Additional_Finishing"]
["T-Shirt","Garment","Body","Blend","B_T-shirt_blend",250,0.25,"No",0.33333333333333331,1.675,2.4750000000000001,1.375,2.3625000000000003,3.8500000000000005,0,0.58620689655172409,2,2,11.555833333333334,-0.3666666666666667,1,1.3666666666666667,0.25,0.20083200000000001,6.8541333333333343E-2,0.55833333333333335,0.82499999999999996,0.45833333333333331,0.78750000000000009,1.2833333333333334,0,3.8519444444444444,8.9444444444444438E-2,3.4666666666666667E-4,3.9417355555555553,-0.12222222222222223,0,1.1724137931034482,1.1724137931034482,"Cotton - Conventional ; Fabric - Apparel",1.1000000000000001,1.375,0.6875,0.78750000000000009,1.9250000000000003,0,0.49268046441191299,"Cotton - Conventional ; Fabric - Apparel",1.9420161041000614,1.9420161041000614,0.3636115258740541,0.45451440734256759,0.2272572036712838,0.26031279693256149,0.63632017027959464,0]
["T-Shirt","Garment","Body","Blend","B_T-shirt_blend",250,0.25,"No",0.33333333333333331,1.675,2.4750000000000001,1.375,2.3625000000000003,3.8500000000000005,0,0.58620689655172409,2,2,11.555833333333334,-0.3666666666666667,1,1.3666666666666667,0.25,0.20083200000000001,6.8541333333333343E-2,0.55833333333333335,0.82499999999999996,0.45833333333333331,0.78750000000000009,1.2833333333333334,0,3.8519444444444444,8.9444444444444438E-2,3.4666666666666667E-4,3.9417355555555553,-0.12222222222222223,0,1.1724137931034482,1.1724137931034482,"Polyester - Recycled ; Fabric - Apparel",0.57499999999999996,1.1000000000000001,0.6875,1.5750000000000002,1.9250000000000003,0,0.50731953558808696,"Polyester - Recycled ; Fabric - Apparel",1.9997194514554939,1.9997194514554939,0.19613453041994178,0.37521388428162783,0.23450867767601738,0.53723806158505805,0.65662429749284879,0]
["T-Shirt","Packaging","Packaging","Packaging","Cardboard - Virgin ; Packaging - Packaging",200,0.15,"No",0.23529411764705885,1.2833333333333334,0,0,0,0,0,0.41379310344827591,2,2,1.2833333333333334,"",1,1.3666666666666667,6.8199999999999983E-2,5.4786969599999992E-2,1.869807573333333E-2,0.30196078431372553,0,0,0,0,0,0.30196078431372553,1.2917882352941175E-2,1.4682352941176473E-4,0.31502549019607845,0,0,0.82758620689655182,0.82758620689655182,"0",0,0,0,0,0,0,0,"Cardboard - Virgin ; Packaging - Packaging",0,0.31502549019607845,0.31502549019607845,0,0,0,0,0]
["Sneaker","Product","Shoe","Blend","B_Sneaker_blend",674,0.3,"No",0.96285714285714286,3.9820000000000002,1.7792500000000004,1.1467499999999999,1.7482500000000003,1.2705000000000002,0,0.82136200716845875,2,2,9.9267500000000002,0,1,1,0.67400000000000004,0.54144307199999997,0.13536076799999999,3.8340971428571429,1.7131635714285718,1.1041564285714285,1.6833150000000003,1.2233100000000001,0,9.5580421428571434,0.28885714285714287,1.2016457142857144E-3,9.8481009314285721,0,0,1.6427240143369175,1.6427240143369175,"PU ; Foam - Footwear",1.0920000000000001,0.70400000000000007,0.52800000000000002,0,0,0,0.23411489158082999,"PU ; Foam - Footwear",2.3055870818384667,2.3055870818384667,1.0833481468879542,0.69842224854314994,0.52381668640736245,0,0,0]
["Sneaker","Product","Shoe","Blend","B_Sneaker_blend",674,0.3,"No",0.96285714285714286,3.9820000000000002,1.7792500000000004,1.1467499999999999,1.7482500000000003,1.2705000000000002,0,0.82136200716845875,2,2,9.9267500000000002,0,1,1,0.67400000000000004,0.54144307199999997,0.13536076799999999,3.8340971428571429,1.7131635714285718,1.1041564285714285,1.6833150000000003,1.2233100000000001,0,9.5580421428571434,0.28885714285714287,1.2016457142857144E-3,9.8481009314285721,0,0,1.6427240143369175,1.6427240143369175,"Polyester - Virgin ; Fabric - Footwear",1.0004999999999999,0.63800000000000001,0.39874999999999999,0.91350000000000009,1.1165,0,0.409726244742741,"Polyester - Virgin ; Fabric - Footwear",4.0350254124817146,4.0350254124817146,0.99257309611849642,0.63294516274222978,0.39559072671389356,0.90626239210819259,1.1076540347989019,0]
["Sneaker","Product","Shoe","Blend","B_Sneaker_blend",674,0.3,"No",0.96285714285714286,3.9820000000000002,1.7792500000000004,1.1467499999999999,1.7482500000000003,1.2705000000000002,0,0.82136200716845875,2,2,9.9267500000000002,0,1,1,0.67400000000000004,0.54144307199999997,0.13536076799999999,3.8340971428571429,1.7131635714285718,1.1041564285714285,1.6833150000000003,1.2233100000000001,0,9.5580421428571434,0.28885714285714287,1.2016457142857144E-3,9.8481009314285721,0,0,1.6427240143369175,1.6427240143369175,"Polypropylene ; Plastics - Footwear",0.34650000000000003,9.0750000000000011E-2,0,0.28875000000000001,0,0,7.3135719142720407E-2,"Polypropylene ; Plastics - Footwear",0.72024794381012347,0.72024794381012347,0.3437547004548317,9.0030992976265448E-2,0,0.2864622503790264,0,0]
["Sneaker","Product","Shoe","Blend","B_Sneaker_blend",674,0.3,"No",0.96285714285714286,3.9820000000000002,1.7792500000000004,1.1467499999999999,1.7482500000000003,1.2705000000000002,0,0.82136200716845875,2,2,9.9267500000000002,0,1,1,0.67400000000000004,0.54144307199999997,0.13536076799999999,3.8340971428571429,1.7131635714285718,1.1041564285714285,1.6833150000000003,1.2233100000000001,0,9.5580421428571434,0.28885714285714287,1.2016457142857144E-3,9.8481009314285721,0,0,1.6427240143369175,1.6427240143369175,"EVA ; Foam - Footwear",0.39375000000000004,0.22000000000000003,0.16500000000000004,0.21000000000000002,0,0,9.9604603722265594E-2,"EVA ; Foam - Footwear",0.98091619069181757,0.98091619069181757,0.3906303414259451,0.21825695266973441,0.16369271450230083,0.20833618209383739,0,0]
["Sneaker","Product","Shoe","Blend","B_Sneaker_blend",674,0.3,"No",0.96285714285714286,3.9820000000000002,1.7792500000000004,1.1467499999999999,1.7482500000000003,1.2705000000000002,0,0.82136200716845875,2,2,9.9267500000000002,0,1,1,0.67400000000000004,0.54144307199999997,0.13536076799999999,3.8340971428571429,1.7131635714285718,1.1041564285714285,1.6833150000000003,1.2233100000000001,0,9.5580421428571434,0.28885714285714287,1.2016457142857144E-3,9.8481009314285721,0,0,1.6427240143369175,1.6427240143369175,"Butyl rubber ; Rubber/Elastomer - Footwear",0.55125000000000002,2.7500000000000004E-2,0,0.10500000000000001,0,0,6.8879542649910599E-2,"Butyl rubber ; Rubber/Elastomer - Footwear",0.67833268812695846,0.67833268812695846,0.54688247799632306,2.7282119083716801E-2,0,0.1041680910469187,0,0]
["Sneaker","Product","Shoe","Blend","B_Sneaker_blend",674,0.3,"No",0.96285714285714286,3.9820000000000002,1.7792500000000004,1.1467499999999999,1.7482500000000003,1.2705000000000002,0,0.82136200716845875,2,2,9.9267500000000002,0,1,1,0.67400000000000004,0.54144307199999997,0.13536076799999999,3.8340971428571429,1.7131635714285718,1.1041564285714285,1.6833150000000003,1.2233100000000001,0,9.5580421428571434,0.28885714285714287,1.2016457142857144E-3,9.8481009314285721,0,0,1.6427240143369175,1.6427240143369175,"Nylon 6- Virgin ; Fabric - Footwear",0.32500000000000001,6.6000000000000003E-2,5.5E-2,0.12600000000000003,0.15400000000000003,0,7.3135719142720407E-2,"Nylon 6- Virgin ; Fabric - Footwear",0.72024794381012347,0.72024794381012347,0.32242504371665304,6.5477085800920307E-2,5.4564238167433589E-2,0.12500170925630241,0.15277986686881406,0]
["Sneaker","Product","Shoe","Blend","B_Sneaker_blend",674,0.3,"No",0.96285714285714286,3.9820000000000002,1.7792500000000004,1.1467499999999999,1.7482500000000003,1.2705000000000002,0,0.82136200716845875,2,2,9.9267500000000002,0,1,1,0.67400000000000004,0.54144307199999997,0.13536076799999999,3.8340971428571429,1.7131635714285718,1.1041564285714285,1.6833150000000003,1.2233100000000001,0,9.5580421428571434,0.28885714285714287,1.2016457142857144E-3,9.8481009314285721,0,0,1.6427240143369175,1.6427240143369175,"TPU ; Plastics - Footwear",0.27300000000000002,3.3000000000000002E-2,0,0.105,0,0,4.14032790188128E-2,"TPU ; Plastics - Footwear",0.4077436706693674,0.4077436706693674,0.27083703672198856,3.2738542900460153E-2,0,0.10416809104691867,0,0]
["Sneaker","Packaging","Packaging","Packaging","Cardboard - Virgin ; Packaging - Packaging",178,0.15,"No",0.20941176470588235,1.2833333333333334,0,0,0,0,0,0.17863799283154122,2,2,1.2833333333333334,"",1,1.3666666666666667,6.0697999999999995E-2,4.8760402944000004E-2,1.6641287402666665E-2,0.2687450980392157,0,0,0,0,0,0.2687450980392157,1.1496915294117647E-2,1.3067294117647061E-4,0.28037268627450984,0,0,0.35727598566308244,0.35727598566308244,"0",0,0,0,0,0,0,0,"Cardboard - Virgin ; Packaging - Packaging",0,0.28037268627450984,0.28037268627450984,0,0,0,0,0]
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