2010•Unpublished venueRequires access

Carbon Dioxide Capture, Transport and Storage

Henan Li, Fangqin Li, Jianxing Ren, Zhi-wu Hao

Open publisher page 4 citations

Abstract

It is known to all that potential global climate change has a great deal to do with anthropogenic emissions of CO2. The carbon dioxide emissions from the exhaust gases of the fossil fuel-fired power plants account for about a third of global CO2emissions and are increasing in the last decades. At this context, this work presents a survey on the carbon dioxide capture technologies from the power plants flue gases. Oxy fuel-combustion, post and pre-combustion technologies are described. Transport and sequestration methods are also covered..

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What this paper is about

It is known to all that potential global climate change has a great deal to do with anthropogenic emissions of CO2. The carbon dioxide emissions from the exhaust gases of the fossil fuel-fired power plants account for about a third of global CO2emissions and are increasing in the last decades. At this context, this work presents a survey on the carbon dioxide capture technologies from the power plants flue gases. Oxy fuel-combustion, post and pre-combustion technologies are described. Transport and sequestration methods are also covered..

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Available abstract

It is known to all that potential global climate change has a great deal to do with anthropogenic emissions of CO2. The carbon dioxide emissions from the exhaust gases of the fossil fuel-fired power plants account for about a third of global CO2emissions and are increasing in the last decades. At this context, this work presents a survey on the carbon dioxide capture technologies from the power plants flue gases. Oxy fuel-combustion, post and pre-combustion technologies are described. Transport and sequestration methods are also covered..

Key concepts: Carbon dioxide, Flue gas, Fossil fuel, Combustion, Carbon capture and storage (timeline), Context (archaeology), Bio-energy with carbon capture and storage, Environmental science

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