神华科技
神華科技
신화과기
NORTHWEST COAL
2011年
2期
72-76
,共5页
水热处理%MTO%SAPO-34分子筛催化剂
水熱處理%MTO%SAPO-34分子篩催化劑
수열처리%MTO%SAPO-34분자사최화제
Hdrothermal Treatment%MTO%SAPO-34 Molecular Sieve Catalyst
文章综述了水热处理在甲醇制低碳烯烃（MTO）催化剂研制中的应用、水热处理分子筛的变化机理和水热处理装置的研发进展。重点介绍了水热处理在MTO催化剂研制中的3个重要应用方向：筛选SAPO-34分子筛水热稳定性、对新鲜催化剂减活,模拟SAPO-34分子筛工业平衡剂活性、对SAPO-34分子筛催化剂改性,水热处理在MTO催化剂开发中将有着越来越重要的应用。
文章綜述瞭水熱處理在甲醇製低碳烯烴（MTO）催化劑研製中的應用、水熱處理分子篩的變化機理和水熱處理裝置的研髮進展。重點介紹瞭水熱處理在MTO催化劑研製中的3箇重要應用方嚮：篩選SAPO-34分子篩水熱穩定性、對新鮮催化劑減活,模擬SAPO-34分子篩工業平衡劑活性、對SAPO-34分子篩催化劑改性,水熱處理在MTO催化劑開髮中將有著越來越重要的應用。
문장종술료수열처리재갑순제저탄희경（MTO）최화제연제중적응용、수열처리분자사적변화궤리화수열처리장치적연발진전。중점개소료수열처리재MTO최화제연제중적3개중요응용방향：사선SAPO-34분자사수열은정성、대신선최화제감활,모의SAPO-34분자사공업평형제활성、대SAPO-34분자사최화제개성,수열처리재MTO최화제개발중장유착월래월중요적응용。
The development of the applications,mechanisms of sieve＇s change and equipments of hydrothermal treatment in the development of MTO catalysts was reviewed in this paper.It mainly focused on three directions：screening the hydrothermal stability of SAPO-34 molecular sieve,reducing the activity of fresh catalysts,simulating the activity of the industrial balance agents of SAPO-34,and modifying SAPO-34 molecular sieve catalyst.Hydrothermal treatment is playing an increasingly important role in the development of MTO catalysts.
