Kyoto Goals
Home Up Experimental Highlight Burnout Experimental Highlight Summary of Guidelines Available Biomass Inorganic Properties Ash Management Ash Deposition NOx Formation Ultimate Analyses Pollutant Issues Burnout Issues Kyoto Goals

 

 


 

Surface Warming
Carbon Dioxide Sources
Upper Atmosphere Warming

 

Kyoto Goals
Home Up Experimental Highlight Burnout Experimental Highlight Summary of Guidelines Available Biomass Inorganic Properties Ash Management Ash Deposition NOx Formation Ultimate Analyses Pollutant Issues Burnout Issues Kyoto Goals

 

Surface Warming
Carbon Dioxide Sources
Upper Atmosphere Warming

The impacts of cofiring coal with biomass residues could substantially contribute to reduction in CO2 emissions from the power generation sector.  Here we use the Kyoto protocol as a figure of merit in evaluating this contribution and come to the following two conclusions:

Cofiring has a larger potential contribution to CO2 reduction than most other options for the power sector. Even at the maximum conceivable cofiring rate, cofiring only resolves a portion of the problem.  Cofiring must be implemented with other approaches to provide a meaningful, long-term solution.

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