首页> 外国专利> MESO-MICROPOROUS ALUMINOSILICATE OF THE MESO - MICRO PORE INCLUDING THE FERRIERITE AND A MANUFACTURING METHOD, THE MANUFACTURING METHOD OF 1- BUTENE FROM 2- BUTENE BY USING THE SAME

MESO-MICROPOROUS ALUMINOSILICATE OF THE MESO - MICRO PORE INCLUDING THE FERRIERITE AND A MANUFACTURING METHOD, THE MANUFACTURING METHOD OF 1- BUTENE FROM 2- BUTENE BY USING THE SAME

机译:含铁橄榄石的中微孔硅铝酸盐及其制备方法,由2-丁烯从1-丁烯中制备1-丁烯的方法

摘要

PURPOSE: An aluminosilicate of the meso - micro pore and the manufacturing method thereof, and the method for manufacturing 1- butene from 2- butene by using the aluminosilicate of the meso - micro pore is provided, which has the enhanced conversion rate of 2- butane and the improved yield of 1- butene in comparision with the existing catalyst, and improves the surface area by having the meso - micro pore at the same time.;CONSTITUTION: An aluminosilicate of the meso - micro pore includes the unit structure of the ferrierite. A manufacturing method of the aluminosilicate of the meso - micro pore comprises next steps; a step of dissolving the ferrierite into the strong alkali water solution; a step of mixing the solution with the surfactant aqueous solution; a step adjusting the pH of mixture; and a step reiterating a process of the hydrothermal synthesis of the mixed solution for 6-48 hours.;COPYRIGHT KIPO 2010
机译:目的:提供一种介孔微孔的硅铝酸盐及其制备方法,提供了一种利用介孔微孔的硅铝酸盐由2-丁烯制备1-丁烯的方法,其提高了2-的转化率。与现有催化剂相比,丁烷和1-丁烯的收率提高,并且通过同时具有介孔-微孔来改善表面积。;组成:介孔-铝硅酸盐包括分子筛的单元结构镁碱沸石。介孔微孔的硅铝酸盐的制造方法包括以下步骤。将镁碱沸石溶解在强碱水溶液中的步骤;将溶液与表面活性剂水溶液混合的步骤;调节混合物pH的步骤;并重申了将混合溶液水热合成6-48小时的步骤。; COPYRIGHT KIPO 2010

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