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- W3153591036 endingPage "129834" @default.
- W3153591036 startingPage "129834" @default.
- W3153591036 abstract "• Membrane for water/gases separation under high temperature and pressure is reviewed. • Water permeable membrane reactors applied in various CO 2 hydrogenations is reviewed. • The mechanism of water/gases separation under harsh conditions is discussed. • Key requirements of zeolite membranes applying in CO 2 hydrogenation is discussed. Converting CO 2 to valuable chemicals via catalytic CO 2 hydrogenation presents a promising way for CO 2 utilization. However, many types of CO 2 hydrogenation are generally conducted under harsh conditions (T≧200 °C and P≧20 bar), yet these reactions are limited by thermodynamic equilibrium. Water is a common by-product in CO 2 hydrogenation reactions. By employing a water permeable membrane reactor to simultaneously remove water from the reaction, not only favors the higher CO 2 conversion by overcoming the limitation of thermodynamic equilibrium, but also protects the catalyst from deactivation caused by water. The development of a suitable membrane reactor for this application has received huge attention worldwide. However, water separation from gases (H 2 , CO 2 , CO) under high temperature and pressure is a major challenge in developing a good performance membrane. Herein, this review contains various high temperature water/gases separating membranes, and their applications in water permeable membrane reactors for CO 2 utilization. The separation and reaction mechanism in the catalytic membrane reactors are discussed in detail. Furthermore, challenges and prospects in the application of this type of catalytic membrane reactor in CO 2 conversion is provided for the future development." @default.
- W3153591036 created "2021-04-26" @default.
- W3153591036 creator A5018221276 @default.
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- W3153591036 creator A5060185042 @default.
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- W3153591036 creator A5063957147 @default.
- W3153591036 creator A5088000726 @default.
- W3153591036 creator A5088315771 @default.
- W3153591036 date "2021-09-01" @default.
- W3153591036 modified "2023-10-13" @default.
- W3153591036 title "High Temperature Water Permeable Membrane Reactors for CO2 Utilization" @default.
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