工业催化
工業催化
공업최화
Industrial Catalysis
2015年
9期
674-676
,共3页
有机化学工程%甲烷%氧化偶联%无氧催化%乙烯
有機化學工程%甲烷%氧化偶聯%無氧催化%乙烯
유궤화학공정%갑완%양화우련%무양최화%을희
organic chemical engineering%methane%oxidative coupling%non-oxidative catalysis%ethylene
为了改变乙烯生产原料过分依赖于石油资源的状况,各国积极开展了对原油、生物资源、煤和甲烷等原料制乙烯新工艺的研究开发,乙烯生产原料多样化的趋势日渐明朗.对甲烷直接制乙烯技术——甲烷氧化偶联制乙烯和甲烷无氧催化制乙烯技术进行综述,并对其关键技术进行分析.
為瞭改變乙烯生產原料過分依賴于石油資源的狀況,各國積極開展瞭對原油、生物資源、煤和甲烷等原料製乙烯新工藝的研究開髮,乙烯生產原料多樣化的趨勢日漸明朗.對甲烷直接製乙烯技術——甲烷氧化偶聯製乙烯和甲烷無氧催化製乙烯技術進行綜述,併對其關鍵技術進行分析.
위료개변을희생산원료과분의뢰우석유자원적상황,각국적겁개전료대원유、생물자원、매화갑완등원료제을희신공예적연구개발,을희생산원료다양화적추세일점명랑.대갑완직접제을희기술——갑완양화우련제을희화갑완무양최화제을희기술진행종술,병대기관건기술진행분석.
In order to change the situation in which the raw material for ethylene production excessively depends on the petroleum resources,countries have carried out the research development of the new tech-niques with raw materials such as crude oil,bio resources,coal and methane. In this paper,the research progress in the technologies of methane to ethylene,especially oxidative coupling and non-oxidative catalysis technologies of methane to ethylene,were reviewed,and their core technologies were analyzed.
