bsef2012 session1 investment_climate_mattu
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PROPRIETARY-Not to be used or copied without permission of PPI Energy Group
01-07-10 R0 1
D4 Reactor Systems using
Municipal Solid Waste (MSW)
A SUSTAINABLE SOURCE OF ENERGY:
RENEWABLES WindSolar
HydroelectricTidal
Geothermal
Over 80% Combustible & Carbon Based
Material% of MSW
Btu/LbBTU/Lb MSW
BTU/ Ton MSW
Paper Products 34% 7,000 2,380 4,760,000
Yard Trimmings 13% 2,800 364 728,000
Food Scraps 12% 2,000 240 480,000
Wood 6% 8,000 480 960,000
Rubber, Leather, Textiles
7% 16,000 1,120 2,240,000
Other, Misc. 3% 3,000 90 48,000
Plastics 12% 18,000 2,160 4,320,000
Metals 8% 300 24 48,000
Glass 5% 60 3 6.000
US MSW 2005 Average BTU: ~6,900 ~12,000,000
30 Tone Per Day Modular D4 Devolatilization Reactor Unit
Equipment In Single D4 Line
Equipment In Ten Line Facility
D4 technology (combining pyrolysis and hydropyrolysis processes) represents the state of the art in transforming carbon feedstock to clean energy.
Unlike competing technologies, the D4 system does not involve combustion that produces toxic
emissions.
The Devolatilization Reactor Unit operates at pressure of no more than one atmosphere, greatly reducing the hazard associated with pressuring gas system as well as operating costs.
The D4 system’s modular design allows flexibility of application and makes possible a broad
range of new applications and markets.
For a single Node (Single D4 line), 30 Tons of MSW/Day will generate:
30 MWh (net) of electricity,100 GJ of heat (waste heat)
50 GJ of solid carbon per day andNo harmful emissions.
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