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E-Gas Technology
Coal & Petcoke
Gasification
Anam Khanam
CSJMA11001390186
SSM-S401
Our Interest - Sustainable Development
“development that meets the needs of the
present generation without undermining the
capacity of future generations to meet their
needs.”
Coal’s Sustainability Challenge
• Economic and social criteria make a compelling case for coal –
the issue is environmental performance
• Climate change concerns present a complex challenge for the
continuing use of fossil fuels and coal in particular
E-Gas Technology converts coal and
petroleum coke, which may have a negative economic
value, into a clean synthesis gas containing hydrogen. The
process allows virtually all pollutant-forming impurities to
be removed.
•Removes more than 95% mercury in coal
•Than 99 percent of the sulfur can be
recovered
•Produces no ash
•Byproducts into useful products
•Economic, eco Friendly and competitive base-
load power alternative
Synthetic Natural Gas Production
E-Gas Technology Advantages
Unique Two-Stage Design
Continuous Slag Removal
Fuel Flexible
Economical Heat Recovery
Dry Solids-Gas Separation
E-Gas Clean Technology Applications
Substitute Natural Gas Production
Power Generation with Gasification
Coal-to-Chemicals
Transportation Fuels
Environmental Protection
Greater environmental responsibility (shrinking
environmental footprint) = Broader discretion in operations
QUESTIONS/COMMENTS?

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E-Gas Technology

  • 1. E-Gas Technology Coal & Petcoke Gasification Anam Khanam CSJMA11001390186 SSM-S401
  • 2. Our Interest - Sustainable Development “development that meets the needs of the present generation without undermining the capacity of future generations to meet their needs.” Coal’s Sustainability Challenge • Economic and social criteria make a compelling case for coal – the issue is environmental performance • Climate change concerns present a complex challenge for the continuing use of fossil fuels and coal in particular
  • 3. E-Gas Technology converts coal and petroleum coke, which may have a negative economic value, into a clean synthesis gas containing hydrogen. The process allows virtually all pollutant-forming impurities to be removed. •Removes more than 95% mercury in coal •Than 99 percent of the sulfur can be recovered •Produces no ash •Byproducts into useful products •Economic, eco Friendly and competitive base- load power alternative
  • 4.
  • 5.
  • 7.
  • 8.
  • 9.
  • 10.
  • 11.
  • 12.
  • 13.
  • 14.
  • 15.
  • 16. E-Gas Technology Advantages Unique Two-Stage Design Continuous Slag Removal Fuel Flexible Economical Heat Recovery Dry Solids-Gas Separation
  • 17. E-Gas Clean Technology Applications Substitute Natural Gas Production Power Generation with Gasification Coal-to-Chemicals Transportation Fuels
  • 18. Environmental Protection Greater environmental responsibility (shrinking environmental footprint) = Broader discretion in operations