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- W575386465 abstract "Abstract Cyclic calcination/carbonation, carried out in fluidized bed chemical looping systems, can be used to provide continuous streams of gas in which molar concentrations of carbon dioxide reach 95% or more. Operating at elevated pressures has significant advantages in reducing the required reactor size, increasing reaction rates, shifting the equilibrium of several key reactions in a positive direction, and improving fluidized bed hydrodynamics and heat/mass transfer rates. In gasification and reforming systems, CO 2 capture can also enhance operation by shifting the equilibrium of key reactions in a positive direction. These advantages are offset in part by the extra complexity of feeding particles into high-pressure reactors and probable increases in sorbent attrition. The effects of increasing the operating pressure are summarized for fluidized beds in which calcium looping is operating for the capture of CO 2 . The chapter also compares pressure swing calcination/carbonation cycling with temperature swing based on experimental data and practical considerations. It is shown that pressure swing has advantages in terms of sorbent performance and energy usage associated with swinging back and forth between calcination and carbonation conditions. However, the temperature may need to be so high that substantial sintering of the sorbent is caused, and the release of pressure may augment sorbent attrition. The positive potential of high-pressure operation and pressure swing are such that further research and demonstration of these technologies is warranted for CO 2 capture in looping systems." @default.
- W575386465 created "2016-06-24" @default.
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- W575386465 date "2015-01-01" @default.
- W575386465 modified "2023-09-25" @default.
- W575386465 title "High-pressure systems and processes for calcium looping" @default.
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- W575386465 cites W1965900303 @default.
- W575386465 cites W1968987095 @default.
- W575386465 cites W1969347521 @default.
- W575386465 cites W1971410807 @default.
- W575386465 cites W1972234416 @default.
- W575386465 cites W1974574448 @default.
- W575386465 cites W1975485951 @default.
- W575386465 cites W1977231839 @default.
- W575386465 cites W1977486946 @default.
- W575386465 cites W1978291202 @default.
- W575386465 cites W1978752163 @default.
- W575386465 cites W1980267090 @default.
- W575386465 cites W1984140910 @default.
- W575386465 cites W1990184081 @default.
- W575386465 cites W1990465785 @default.
- W575386465 cites W1992806721 @default.
- W575386465 cites W1993216197 @default.
- W575386465 cites W1995320125 @default.
- W575386465 cites W1997475477 @default.
- W575386465 cites W1999180312 @default.
- W575386465 cites W1999200781 @default.
- W575386465 cites W2000231438 @default.
- W575386465 cites W2001187889 @default.
- W575386465 cites W2001417552 @default.
- W575386465 cites W2005578316 @default.
- W575386465 cites W2008080697 @default.
- W575386465 cites W2008422223 @default.
- W575386465 cites W2009620397 @default.
- W575386465 cites W2010980670 @default.
- W575386465 cites W2011830027 @default.
- W575386465 cites W2014128174 @default.
- W575386465 cites W2019777097 @default.
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- W575386465 cites W2028889408 @default.
- W575386465 cites W2031229409 @default.
- W575386465 cites W2033539805 @default.
- W575386465 cites W2035074883 @default.
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- W575386465 doi "https://doi.org/10.1016/b978-0-85709-243-4.00016-1" @default.
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