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中美两国的研究人员于2013年3月7日宣布,其开发的用于低温水相费-托合成的铂-钴纳米粒子(NP)催化剂,被证明可在433K(160℃)下进行高效水相费-托合成,该温度低于传统催化剂的操作温度。这一成果已在美国化学学会的杂志上发表。研究人员指出,由于费-托合成是高放热反应,并在低温下对热动力学有利,因此理想的催化剂体系是在较低的反应温度下促进反应,同时保持优异的催化性能。
Researchers from China and the United States announced on March 7, 2013 that their platinum-cobalt nanoparticle (NP) catalysts for Fischer-Tropsch synthesis at low temperatures proved to be capable of operating at 433 K (160 ° C) Efficient aqueous Fischer-Tropsch synthesis, which is below the operating temperature of conventional catalysts. This result has been published in the Journal of the American Chemical Society. The researchers point out that since Fischer-Tropsch synthesis is highly exothermic and thermodynamically beneficial at low temperatures, the ideal catalyst system is to promote the reaction at lower reaction temperatures while maintaining excellent catalytic performance.