Catalytic Conversion of 1-Octadecanol to 1-Octadecene - Purwo Handoko, Donatus Setyawan;Narsito, Narsito;Triyono, Triyono
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1-Octadecene can be produced from 1-octadecanol through the reduction process using ZSiA catalyst in a fixed bed reactor operated at 400 oC. The reduction process was performed using hydrogen as a reduction agent gas. Five grams of 1-octadecanol was poured into evaporator and 5 g of catalyst was put into the reactor fixed bed system. Furthermore, the reactor was heated up to 400 oC and the evaporator was heated to the boiling point of 1-octadecanol. Then the product was flowing through the cooler and was collected in the bottle. The product was analyzed using GCMS.The reduction process of…mehr

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Produktbeschreibung
1-Octadecene can be produced from 1-octadecanol through the reduction process using ZSiA catalyst in a fixed bed reactor operated at 400 oC. The reduction process was performed using hydrogen as a reduction agent gas. Five grams of 1-octadecanol was poured into evaporator and 5 g of catalyst was put into the reactor fixed bed system. Furthermore, the reactor was heated up to 400 oC and the evaporator was heated to the boiling point of 1-octadecanol. Then the product was flowing through the cooler and was collected in the bottle. The product was analyzed using GCMS.The reduction process of 1-octadecanol produced 20,21 % of 1-octadecene, 14,37 % of 5-octadecene and 10,40 % of 9-octadecene. The product had physical properties, of yellow and flammable.
Autorenporträt
Dr. Donatus Setyawan Purwo Handoko Lecturer at the University of Jember,Indonesia, Faculty of Mathematics and Natural Sciences in the field of catalytic chemistry. The area of ¿¿expertise is the conversion of vegetable oils into bio-gasoline using catalyst and reactors.