Critical Factors for Selecting a Carbon Dioxide Capture System in the Industry
Zharmenov A.A. Berdikulova F.A. Khamidulla A.G. Hein J.
November 2023Springer
Metallurgist
2023#67Issue 7-81235 - 1244 pp.
The global warming and climate change caused by the continuing rise in carbon dioxide (CO2) emissions have attracted the attention of the public, scientists, and governments in recent years. An effective approach to limit the impact of such emissions is the implementation of advanced carbon capture and storage systems. This paper provides an overview of technologies and recent advances in carbon capture and utilization. The main methods include postcombustion, precombustion, and oxyfuel-combustion, adsorption, and membrane capture. In addition, various problems associated with the storage, transportation, and utilization of CO2 are discussed.
adsorbents , carbon capture and storage , membrane , oxyfuel combustion , postcombustion , precombustion
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National Center on Complex Processing of Mineral Raw Materials of the Republic of Kazakhstan, Almaty, Kazakhstan
ICMD International Corporation of Metal and Alloy Development Holding GmbH, Isernhagen, Germany
National Center on Complex Processing of Mineral Raw Materials of the Republic of Kazakhstan
ICMD International Corporation of Metal and Alloy Development Holding GmbH
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