天然气化工（C1化学与化工）
天然氣化工（C1化學與化工）
천연기화공（C1화학여화공）
Natural Gas Chemical Industry
2015年
3期
76-82
,共7页
李楠%侯蕾%杜霞茹%刘金刚%刘振峰
李楠%侯蕾%杜霞茹%劉金剛%劉振峰
리남%후뢰%두하여%류금강%류진봉
合成天然气%甲烷化%Ni基催化剂%助剂%载体%活性组分%失活
閤成天然氣%甲烷化%Ni基催化劑%助劑%載體%活性組分%失活
합성천연기%갑완화%Ni기최화제%조제%재체%활성조분%실활
synthetic natural gas%methanation%Ni-based catalyst%promoter%support%active component%deactivation
综述了合成天然气镍基甲烷化催化剂的研究进展，主要包括催化剂的活性组分、助剂和载体对催化剂性能的影响，引起甲烷化催化剂失活的因素，并对未来甲烷化催化剂的发展方向提出建议。
綜述瞭閤成天然氣鎳基甲烷化催化劑的研究進展，主要包括催化劑的活性組分、助劑和載體對催化劑性能的影響，引起甲烷化催化劑失活的因素，併對未來甲烷化催化劑的髮展方嚮提齣建議。
종술료합성천연기얼기갑완화최화제적연구진전，주요포괄최화제적활성조분、조제화재체대최화제성능적영향，인기갑완화최화제실활적인소，병대미래갑완화최화제적발전방향제출건의。
The research progress in Ni-based methanation catalysts for synthesis of natural gas was summarized, mainly including the effects of active components, promoters and supports on the catalyst performances and the factors affecting the deactivation of catalysts. The future development directions in methanation catalysts were also suggested.
