| Carbon content | 0.404600 | Reported | 3383f1ce-89d5-4162-91a0-2c6931473489____elemental_analysis_rp6.xlsx |
| Mass of buried material | 36.596 t | Derived | 54ed4f40-96c2-4dc8-bcc9-df0a09726b43____pallet_daily.xlsx |
| Carbon to CO2 conversion factor | 3.670000 | Constant | — |
| Average material moisture content | 0.094000 | Reported | — |
| Sampled dry samples | 0 | Reported | — |
| Fuel mass of Transport to processing site by provider Wes | 30.245 t | Reported | 8796d226-adc2-4f6f-bb8e-9aee84125d90____9-30-25 38.pdf |
| Distance to processing site for provider Wes | 1 mi | Reported | — |
| Transport fuel carbon intensity | 142.92 gCO₂e/(km⋅t) | Standard Published Value | — |
| Mass of waste PET | 10 kg | Reported | — |
| Waste PET carbon intensity | 0.02 kgCO₂e/kg | Standard Published Value | — |
| Energy of Electricity use | 10,856.00 kWh | Reported | c48f1ffd-007c-47da-866e-73be566b5655____raw_electric_data.xlsx |
| Grid carbon intensity | <0.01 tCO₂e/kWh | Standard Published Value | — |
| Natural Gas energy | 0 kWh | Reported | — |
| Natural gas carbon intensity | <0.01 tCO₂e/kWh | Standard Published Value | — |
| Mass of Brick wrap | 131 kg | Derived | — |
| Brick wrap carbon intensity | 3.61 kgCO₂e/kg | Standard Published Value | — |
| Volume of Handling equipment diesel | 0 l | Derived | 81dd4b18-8a2f-4324-b5fe-7c466ce1a7ee____combined_diesel_bills.pdf |
| Diesel carbon intensity | 3.23 kgCO₂e/l | Standard Published Value | — |
| Fuel mass of Transport brick wrap to Loblolly Processing | 131 kg | Reported | LKPackingToLoblolly.png |
| Distance from LK Packing (brick wrap) to Loblolly Processing | 340 mi | Reported | — |
| Mass of Brick wrap | 131 kg | Derived | — |
| Brick wrap carbon intensity | 2.90 kgCO₂e/kg | Standard Published Value | — |
| Mass of mixed organic waste | 50 kg | Assumption | — |
| Mixed organic waste carbon intensity | 0.60 kgCO₂e/kg | Standard Published Value | — |
| Fuel mass of Transport to storage site | 131 kg | Reported | WhiteBagToLoblolly.png |
| Distance from White Bag (bulk bags) to Loblolly Processing | 342 mi | Reported | — |
| Global warming potential | 29.800000 | Standard Published Value | — |
| Natural gas leakage fraction | 0.020410 | Constant | — |
| Natural gas carbon density | 13.44 kWh/kg | Constant | — |
| Volume of Handling equipment propane gas | 0 l | Reported | fc7017a1-0a27-4a16-a823-aa2c581cecc9____combined_propane_bills.pdf |
| Propane gas carbon intensity | 1.52 kgCO₂e/l | Standard Published Value | — |
| Amortized emissions factor | 0.02% | Derived | — |
| Amortized emissions | 1,971.626 tCO₂e | Derived | E2-4-SCS-Application-for-Payment-8-2-24.xlsx |
| Mass of Pallet material | 0 kg | Derived | — |
| Pallet material carbon intensity | 1.20 kgCO₂e/kg | Standard Published Value | — |
| `Amount of money spent for labor maintenance | 100.00 USD | Reported | — |
| Labor maintenance carbon intensity | <1 kgCO₂e | Standard Published Value | — |
| Fuel mass of Transport to storage site | 131 kg | Reported | UlineToLoblolly.png |
| Distance from Uline (pallet wrap) to Loblolly Processing | 342 mi | Reported | — |
| Fuel mass of Transport to storage site | 36.858 t | Reported | — |
| Distance to storage site | 23 mi | Reported | — |
| Fuel mass of Transport hpde liner to Loblolly Storage | 82 kg | Reported | SolmaxToLoblolly.png |
| Distance from Solmax (hpde liner) to Loblolly Storage | 412 mi | Reported | — |
| Volume of Diesel used for subcell closure | 246.17 l | Derived | — |
| Mass of HDPE used for subcell closure | 82 kg | Derived | — |
| HDPE carbon intensity | 2.31 kgCO₂e/kg | Standard Published Value | — |
