recovery 2.0 overview

Material Recovery Facilities MRF
Municipal & Curbside Recycling
Size Reduction - Size Fractions       NEXT

Hydrocarbon Pipeline

Recovery 2.0 - Material Recovery Yields

WasteStream Hydrogen Carbon Water Other
Mixed Plastic Waste 55-65% 35-40% 0-5% 0-10%
Solid Recovered Fuel
from
Municipal Solid Waste

15-30%

15-30%

25-45%

15-25%
Wood, Paper & Biomass 15-20% 25-30% 40-60% 0-2%
Food & Organic Wastes 8-12% 8-12% 75-80% 0-2%
            * * * yields are dependent on incoming wastestream feedstock quality

                  Hydrogen       Carbon       Water



mixed_plastic_recovery




            Hydrogen Recovery Yields
            yield per metric tonne (1,000 Kg) by wastestream
WasteStream Hydrogen Yield Dry Feedstocks
Mixed Plastic Waste 250 Kg.
- -
Solid Recovered Fuel
from
Municipal Solid Waste

70 Kg.

- -
Wood, Paper & Biomass 16 Kg. 40 Kg.
Food & Organic Wastes 15 Kg. 75 Kg.
            * * * yields are dependent on incoming wastestream feedstock quality


Carbon Evolution Stages

            Carbon Recovery Yields
            yield per metric tonne (1,000 Kg) by wastestream
WasteStream Carbon Yield Dry Feedstocks
Mixed Plastic Waste 750 Kg.
- -
Solid Recovered Fuel
from
Municipal Solid Waste

430 Kg.

560 Kg. +
Wood, Paper & Biomass 384 Kg. 960 Kg.
Food & Organic Wastes 185 Kg. 925 Kg.
            * * * yields are dependent on incoming wastestream feedstock quality


            Water Recovery Yields
            yield per metric tonne (1,000 Kg) by wastestream
WasteStream Water Yield Dry Feedstocks
Mixed Plastic Waste
- -
- -
Solid Recovered Fuel
from
Municipal Solid Waste

250 Kg.

- -
Wood, Paper & Biomass 600 Kg.
- -
Food & Organic Wastes 800 Kg.
- -
            * * * yields are dependent on incoming wastestream feedstock quality


recovery2.0

Critical Minerals            Rare Earth Elements

Concentration & Selective Extraction

Trace Elements            Residual Waste Materials

Recovery & Energy Process

Energy Harvesting Modules

Separation Methods       Recovery & Energy Process

Conversion Flow Cells       Electrochemical Cells

Gradient Energy

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Monday, 23-Dec-2024 15:11:10 EST - File No: 1200

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