CO2 mitigation

Next-generation carbon capture technologies for coal, CCC/265

CCC/265 - ISBN: 978-92-9029-588-4

Established CO2 capture technologies such as absorption with amine solvents are associated with significant energetic and economic penalties, reducing power plant efficiency by around 10% points and increasing the cost of ele... More...


Potential for enhanced coalbed methane recovery CCC/252

CCC/252 - ISBN: 978-92-9029-574-7

The recovery rate of methane is usually limited by the coal seam gas pressure and diffusion rate and, as a result, not all the available gas can be recovered. By injecting gas into the seam, further methane can be liberated. ... More...


Microalgae removal of CO2 from flue gas, CCC/250

CCC/250 - ISBN: 978-92-9029-572-3

CO2 forms the largest component in coal combustion flue gas. With fossil fuels currently meeting over 80% of global energy demand and as much as 85 GW of additional capacity expected to be needed in Europe alone in the future... More...


Climate implications of coal-to-gas substitution in power generation, CCC/248

CCC/248 - ISBN: 978-92-9029-570-9

Coal is the most widely used primary energy source in power generation, with 36% share in 2014 of globally generated electricity. There is currently a trend of substituting coal with natural gas in some parts of the world. Na... More...


Developments in oxyfuel combustion of coal, CCC/240

CCC/240 - ISBN: 978-92-9029-561-7

In oxyfuel combustion, coal is fired in a mixture of oxygen and recycled flue gases to produce a concentrated stream of CO2 which can be purified for sequestration through physical separation processes. Despite the successful... More...

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