Book "World CCS and CO2 Separation and Recovery Technology: Latest Industry Report"

Investigate the CO2 separation amounts and demand trends for chemical and physical absorption methods, solid absorption methods, membrane separation methods, and cryogenic separation methods.

We investigated various trends in CO2 separation and recovery technologies, such as CCS projects and membrane separation methods, as CO2 emission reduction measures in 2021. 【Features of this document】 ➢ Investigated trends in CO2 separation amounts and demand for chemical and physical absorption methods, solid absorption methods, membrane separation methods, and cryogenic separation methods. ➢ Examined the trends in North America, where CCS policies have already been commercialized, and Norway, which is pursuing a unique path. ➢ Compared and analyzed the costs of CO2 separation and recovery methods such as chemical and physical absorption methods, solid absorption methods, and membrane separation methods. ➢ Followed the relationship between future technologies like IGCC and BECCS and CCS, the companies entering the field, and industry trends. ➢ Discussed the development status of polymer membranes used in CO2 separation membranes, such as cellulose acetate and polyimide. ➢ Detailed the types, performance records, and development and industry trends of inorganic membranes like zeolites, silica, and carbon. ➢ Provided insights into the practical field and development status of microbubble technology for CO2 in tertiary recovery (CO2 EOR and CCS). ➢ Explored industry analysis and companies involved in essential hydrogen technologies such as water electrolysis, P2G, methanation, and hydrogen ironmaking. ➢ Introduced CO2 separation and recovery methods in natural gas plants, along with the performance records of commercialized membrane materials.

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