Use this guide to select appropriate emissions factors and calculate your emissions reduction impact from your lower carbon material or ingredient purchases.
| Tool Name | Who should use this tool | What the tool does / contains | Outputs from the tool to submit | | --- | --- | --- | --- | | The BEE | Licensed Refinement users | Emissions data from your purchased materials measured in your refinement workbook | Quantity of material purchased and associated emissions from your emissions contributors list | | EPA ReCon Tool | All (free) | LCA data for recycled content materials. Enables modeling of variable recycled content | Download the xcel version of the tool to create a baseline and preferred material comparison. Submit the completed xcel sheet | | Planet FWD | All (2 week free trial, then need to purchase a subscription). Exclusive access provided for certifying companies. | Custom LCA modeling and corporate inventory emissions measurement | An export of the baseline and preferred materials comparison with emissions factor values modeled in the LCA tool | | Higg MSI | Best for M and L brands (subscription purchase required) | Product environmental impact modeling | An export of baseline and preferred materials comparison with emissions factor values OR An export of the relative MSI carbon scores of the baseline and preferred materials | | Other Published LCA Studies | All | Life cycle assessment of studied materials and their carbon impacts | Source references and the emissions factor values utilized from the primary source |
Published LCA Research for Preferred Materials
This table includes a sampling of web resources for preferred material LCAs or emissions factors. This is not a comprehensive list of all resources that may be suitable for modeling emissions impacts of lower carbon materials.
Preferred Material Name | Preferred Material Emissions Factor Value | Unit | Source Documenation | LCA Boundary | Year | Region | LCA Methodology | Note |
---|---|---|---|---|---|---|---|---|
Recycled Stainless Steel | Range | CO2e kg/kg | [https://www.worldstainless.org/files/issf/non-image-files/PDF/worldstainless_CO2_Emissions_Report.pdf?](https://www.worldstainless.org/files/issf/non-image-files/PDF/worldstainless_CO2_Emissions_Report.pdf?) | cradle-to-gate | 2022 | Global | undefined | User should select appropriate EF based on recycled content |
Natural rubber Latex | 0.54 | CO2e kg/kg | https://www.yulex.com/post/rubber-chronicle-19-co2e-emissions-of-natural-rubber-neoprene-geoprene-and-sbr?utm_source=chatgpt.com | cradle-to-gate | 2010 | Thailand | undefined | |
Recycled cardboard | 1.092 | CO2e kg/kg | https://www.gov.uk/government/publications/greenhouse-gas-reporting-conversion-factors-2024 | cradle-to-grave | 2024 | UK | undefined | Use at discretion for non-UK, suitable for reduction modeling |
Recycled Paper | 1.044 | CO2e kg/kg | https://www.gov.uk/government/publications/greenhouse-gas-reporting-conversion-factors-2024 | cradle-to-grave | 2024 | UK | undefined | Use at discretion for non-UK, suitable for reduction modeling |
50% Recycled container glass | 1.11 | CO2e kg/kg | https://www.container-recycling.org/assets/pdfs/glass/LCA-GPI2010.pdf | cradle-to-cradle | 2010 | United States | ISO 14040/44 |