FIELD: chemistry.
SUBSTANCE: invention relates to a catalyst for producing ethylene using a synthesis gas reaction, wherein the catalyst contains a component I and a component II; the component I and the component II are combined by means of mechanical stirring; the active component of the component I is a metal oxide with a high specific surface area; the component II constitutes a molecular sieve with a MOR topological structure; in the component II, said molecular sieve with a MOR topological structure is modified with a fatty amine, wherein the modification constitutes dispersing the fatty amines at acid sites B in channels formed by 12-membered rings in said molecular sieve with a MOR topological structure. The invention also relates to a method for highly selective production of ethylene using a synthesis gas reaction.
EFFECT: synthesis of low-carbon olefins and achieved selectivity in relation to C2-C3-olefins - 78 to 87%, ethylene as a separate product - 75 to 82%, methane - less than 9%, alkanes C4 or higher - less than 10%. 
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                | Title | Year | Author | Number | 
							
              
                | CATALYST AND METHOD FOR DIRECT CONVERSION OF SYNTHESIS GAS FOR PRODUCTION OF LOW-CARBON OLEFINS | 2019 | 
										Pan, XiulianJiao, FengBao, XinheLi, Na | RU2758849C1 | 
							
              
                | CATALYTIC HIGHLY SELECTIVE METHOD FOR PRODUCING OLEFINS WITH A LOW NUMBER OF CARBON ATOMS APPLYING A HETEROATOM-ALLOYED MOLECULAR SIEVE AND SYNTHESIS GAS | 2019 | 
										Jiao, FengLi, GenPan, XiulianBao, Xinhe | RU2778293C1 | 
							
              
                | CATALYST AND METHOD OF DIRECT CONVERSION OF SYNTHESIS GAS FOR PRODUCING LOW-CARBON OLEFINS | 2018 | 
										Pan, XiulianJiao, FengBao, Xinhe | RU2736729C1 | 
							
              
                | CATALYST AND A METHOD FOR PRODUCING LIQUID FUEL WITH A LOW CONTENT OF AROMATIC HYDROCARBONS BY DIRECT CONVERSION OF SYNTHESIS GAS | 2019 | 
										Jiao, FengLi, NaPan, XiulianBao, Xinhe | RU2772383C1 | 
							
              
                | CATALYST AND METHOD FOR DIRECT CONVERSION OF SYNTHESIS GAS INTO LIGHT OLEFINS | 2017 | 
										Bao, XinheJiao, FengPan, XiulianDing, Minzheng | RU2727897C1 | 
							
              
                | CATALYST AND METHOD OF PRODUCING LIGHT OLEFINS DIRECTLY FROM SYNTHESIS GAS AS RESULT OF SINGLE-STEP PROCESS | 2015 | 
										Pan, XiulianLi, JinjingJiao, FengBao, Xinhe | RU2706241C2 | 
							
              
                | METHOD OF PRODUCING ACRYLIC ACID AND METHYL ACRYLATE | 2016 | 
										Shi, LejLyu, TszunminNi, YuminChzhu, VenlyanLyu, YanLyu, Khunchao | RU2712277C1 | 
							
              
                | COMPOSITE CATALYST, METHOD OF PRODUCING SAME AND METHOD OF PRODUCING ETHYLENE | 2018 | 
										Liu, ShipingZhu, WenliangLiu, ZhongminNi, YoumingLiu, HongchaoLiu, YongMa, Xiangang | RU2767667C1 | 
							
              
                | SOLID ACID CATALYST, ITS PREPARATION AND APPLICATION | 2020 | 
										Li, YunsyanMu, SyujkhunChzhan, ChensiKhu, KhesinFu, TsyanShu, Sintyan | RU2806559C2 | 
							
              
                | CATALYST AND METHOD OF SYNTHESIS OF AROMATIC HYDROCARBONS BY DIRECT CONVERSION OF SYNTHESIS GAS | 2016 | 
										Pan, XiulianYang, JunhaoJiao, FengZhu, YifengBao, Xinhe | RU2711415C1 |