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• W3177097638 abstract "Abstract Carbon capture and utilization technology is one of the medium‐term technology options to reduce CO 2 emissions while producing value‐added fuels and chemical products. The integrated CO 2 capture and hydrogenation process is an encouraging replacement to the conventional decoupled CO 2 capture and hydrogenation process, which allows direct utilization of captured CO 2 thus eliminating the energy‐intensive CO 2 desorption and compression steps in the typical carbon capture and storage (CCS) process. The hydrogenation of captured CO 2 in amine/alkali hydroxide solvents is the key step to attain the integrated CO 2 capture and hydrogenation process. Considering the lack of timely review on the topic of hydrogenation of amine/alkali hydroxide solvent captured CO 2 to formate in the presence of heterogeneous catalysts, a summary of such process with different capturing solvents and heterogeneous catalyst were critically summarized and briefly reviewed in the current paper. The main goal of this review is to provide fundamental insights and guidance for the future design of heterogeneous catalysts for the hydrogenation of captured CO 2 in amine/alkali metal hydroxide‐based solvents. Future research directions to advance the process of hydrogenation of captured CO 2 were also recommended. © 2021 Society of Chemical Industry and John Wiley & Sons, Ltd." @default.
• W3177097638 created "2021-07-05" @default.
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• W3177097638 date "2021-06-27" @default.
• W3177097638 modified "2023-10-12" @default.
• W3177097638 title "Heterogeneous catalysts for the hydrogenation of amine/alkali hydroxide solvent captured CO₂ to formate: A review" @default.
• W3177097638 cites W1069526007 @default.
• W3177097638 cites W1252729550 @default.
• W3177097638 cites W1563690377 @default.
• W3177097638 cites W1849539127 @default.
• W3177097638 cites W1966992059 @default.
• W3177097638 cites W1978819284 @default.
• W3177097638 cites W1979961051 @default.
• W3177097638 cites W1981653749 @default.
• W3177097638 cites W1987424498 @default.
• W3177097638 cites W1998318362 @default.
• W3177097638 cites W1999086206 @default.
• W3177097638 cites W2002848715 @default.
• W3177097638 cites W2002947610 @default.
• W3177097638 cites W2007293350 @default.
• W3177097638 cites W2009413937 @default.
• W3177097638 cites W2025437593 @default.
• W3177097638 cites W2033715828 @default.
• W3177097638 cites W2037585621 @default.
• W3177097638 cites W2039853599 @default.
• W3177097638 cites W2042440827 @default.
• W3177097638 cites W2048174884 @default.
• W3177097638 cites W2051275071 @default.
• W3177097638 cites W2058239551 @default.
• W3177097638 cites W2059281497 @default.
• W3177097638 cites W2059743048 @default.
• W3177097638 cites W2067625997 @default.
• W3177097638 cites W2076803866 @default.
• W3177097638 cites W2076949647 @default.
• W3177097638 cites W2078955403 @default.
• W3177097638 cites W2083546207 @default.
• W3177097638 cites W2084498506 @default.
• W3177097638 cites W2086482918 @default.
• W3177097638 cites W2089537293 @default.
• W3177097638 cites W2099600693 @default.
• W3177097638 cites W2129804024 @default.
• W3177097638 cites W2131573167 @default.
• W3177097638 cites W2136449420 @default.
• W3177097638 cites W2143364063 @default.
• W3177097638 cites W2144754980 @default.
• W3177097638 cites W2145466975 @default.
• W3177097638 cites W2149775926 @default.
• W3177097638 cites W2189482749 @default.
• W3177097638 cites W2195955420 @default.
• W3177097638 cites W2235279340 @default.
• W3177097638 cites W2273493800 @default.
• W3177097638 cites W2287347649 @default.
• W3177097638 cites W2296880544 @default.
• W3177097638 cites W2299399167 @default.
• W3177097638 cites W2305927490 @default.
• W3177097638 cites W2309690892 @default.
• W3177097638 cites W2315167097 @default.
• W3177097638 cites W2315484541 @default.
• W3177097638 cites W2315578146 @default.
• W3177097638 cites W2316778445 @default.
• W3177097638 cites W2328105223 @default.
• W3177097638 cites W2332512267 @default.
• W3177097638 cites W2334787069 @default.
• W3177097638 cites W2401906193 @default.
• W3177097638 cites W2505312184 @default.
• W3177097638 cites W2595916765 @default.
• W3177097638 cites W2600566292 @default.
• W3177097638 cites W2605105641 @default.
• W3177097638 cites W2607391227 @default.
• W3177097638 cites W2725648806 @default.
• W3177097638 cites W2749394326 @default.
• W3177097638 cites W2766281202 @default.
• W3177097638 cites W2780272356 @default.
• W3177097638 cites W2806106678 @default.
• W3177097638 cites W2808888052 @default.
• W3177097638 cites W2885962029 @default.
• W3177097638 cites W2895971008 @default.
• W3177097638 cites W2901658405 @default.
• W3177097638 cites W2922064257 @default.
• W3177097638 cites W2947712673 @default.
• W3177097638 cites W2951237155 @default.
• W3177097638 cites W2958885503 @default.
• W3177097638 cites W2963255037 @default.
• W3177097638 cites W2964477854 @default.
• W3177097638 cites W2967451197 @default.
• W3177097638 cites W2968460808 @default.
• W3177097638 cites W2968886535 @default.
• W3177097638 cites W2971811954 @default.
• W3177097638 cites W3014556441 @default.
• W3177097638 cites W3015504750 @default.
• W3177097638 cites W3022185316 @default.

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