2. The Consortium
Council of Scientific Industrial Research – Technology
provider
Positronics India- Product Developer
Sustainable Energy & Environment Designs- EPC
consultant
3. Plasma Gasification: Global
Scenario
• > 100: Commercial plasma plants in operation
(4 are WTE plants)
• > 6: Demonstration plasma plants completed or under
construction
• > 15: Companies whose primary business is plasma
technology
• > 30: Countries involved in plasma gasification projects
12. Trial with hazardous waste
Parameters Results
Feed rate 1 TPD (42 kgs/hr)
Mode Continuous
Input power/hr 10 KW
Out put power/hr 52 KW
Net power output/hr 42 KW
Syngas produced 51 m3/hr
Slag produced 100 kgs
Power output= 1 MW/ton
13. Trial with Biomedical waste
Parameters Results
Feed rate 1 TPD (42 kgs/hr)
Mode Continuous
Input power/hr 20 KW
Out put power/hr 80 KW
Net power output/hr 68 KW
Syngas produced 87 m3/hr
Slag produced 80 kgs
Power output= 1.6 MW/ton
14. Trial with Oil sludge
Parameters Results
Feed rate 1 TPD (42 kgs/hr)
Mode Continuous
Input power/hr 32 KW
Out put power/hr 125 KW
Net power output/hr 93 KW
Syngas produced 126 m3/hr
Slag produced 63 kgs
Power output= 2.2 MW/ton
15. Trail with Tires
Parameters Results
Feed rate 1 TPD (42 kgs/hr)
Mode Continuous
Input power/hr 20 KW
Out put power/hr 98 KW
Net power output/hr 78 KW
Syngas produced 97 m3/hr
Slag produced 120 kgs
Power output= 1.8 MW/ton
16. Trail with Plastics
Parameters Results
Feed rate 1 TPD (42 kgs/hr)
Mode Continuous
Input power/hr 30 KW
Out put power/hr 120 KW
Net power output/hr 90 KW
Syngas produced 118 m3/hr
Slag produced 60 kgs
Power output= 2.1 MW/ton
17. Trial with MSW (20% moisture)
Parameters Results
Feed rate 1 TPD (42 kgs/hr)
Mode Continuous
Input power/hr 35 KW
Out put power/hr 66 KW
Net power output/hr 31 KW
Syngas produced 65 m3/hr
Slag produced 130 kgs
Power output= 0.7 MW/ton-0.6 MW/ton
18. Vitrification of flyash
Parameters TCLP Results
Feed rate 1 TPD (42 kgs/hr)
Mode Continuous
Heavy metals in ppm Flyash Slag Limit
Cd 143 0.021 0.3
Cu 3640 0.332 3
Zn 2869 0.431 -
As 0.334 0.032 1.5
Se 1.33 0.022 -
Pb 11.19 1.198 3.0
Cr 1.17 0.004 1.5
Density, kg/m3 320 2770
Feed/slag output in kgs 1000 600
Plasma power= 1000 Kwh/
ton
Volume reduction: 11:1
20. Zero waste Scenario
5 Hectares
Soil Pollution
Air pollution
Water Pollution
Methane emissions
Incinerator
Power is produced 500 KWhr
Air pollution (Dioxins + furans)
Ash – 7.5 tons/day Hazardous
Hazardous landfill
Power is produced 600 KWhr
No air pollution
Vitrified slag – 2.5 tons/day
For construction, laying roads
Plasma Gasifier
For a typical 25 TPD
1000 m2 area required for 25 TPD
27. Potential GHG offset
— GHG Emissions from Coal
— 2-3 tons CO2 per ton of coal combusted
— For every ton of MSW processed in a plasma plant, up to
2 tons of CO2 is reduced from the atmosphere.*
— Reduced methane emissions from not landfilling the wastes
— Reduced CO2 from reduced coal combustion-to-electricity
28. Advantages
¨ Gasification Technology Performing at Atmospheric
Pressure, Elevated Temperature and High Plant Availability
¨ Capable of Utilizing Integrated Mixed Waste and/or Coal
Fines/Waste as Feed
¨ Compact and Modular
¨ Non-Polluting and Environmentally Safe
¨ High Recovery of Clean Renewable Energy as Electricity
¨ Economically Competitive
¨ Proven Technology
36. Thank You
Please contact us at
Sustainable Energy & Environment Designs
The Metrozone, Q 503, 5th floor
44, Pillaiyar Koil Street
Annanagar, Chennai – 600040
Tamilnadu, India
www.seedindia.net.in
Contact:
Mr. P. Dev Anand, Founder & CEO
Email: ceo@seedindia.net.in
Mobile: +919940164440/+919962500069
Mr. G. Balaji, CMO
Email: cmo@seedindia.net.in
Mobile: +919150001111
