2012 ©
             Publication
Journal Publication
Research Title The catalytic activity of Co/kaolinite catalyst for dimethyl ether synthesis via methanol dehydration 
Date of Distribution 21 November 2020 
Conference
     Title of the Conference The 6th International Conference on Renewable Energy and Development ICRED 2020 
     Organiser Fukuoka Institute of Technology 
     Conference Place Virtual Conference 
     Province/State Fukuoka , Japan 
     Conference Date 26 September 2020 
     To 29 September 2020 
Proceeding Paper
     Volume 6 (2020) 
     Issue 469-473 
     Page
     Editors/edition/publisher Elsevier 
     Abstract The production of dimethyl ether (DME), renewable fuel, using dehydration of methanol over Co supported on kaolinite catalysts was investigated. In this study, kaolinite was modified by impregnation of the various percentage of Co (5%Co/KN, 10%Co/KN, and 15%Co/KN) to improve the activity of the catalyst. The prepared catalysts were characterized by nitrogen gas adsorption using the Brunauer–Emmett–Teller (BET) method, and the X-ray diffractometer (XRD). The thermogravimetric analysis (TGA) was used to analyze of coke formation on spent catalysts. The catalytic performances of catalysts were tested in a fixed-bed reactor at atmospheric pressure at the temperature range of 250–350 ◦C with a fixed weight hourly space velocity (WHSV) of 2.054 h−1. It was found that 5%Co/kaolinite showed the highest methanol conversion of 81.7% among the Co/KN catalysts; however, the DME selectivity was less than 80%. The presence of Co gave the less formation of coke on used catalysts indicating that the Co/KN catalyst had more stable than unmodified kaolinite. The 15%Co/KN is an active, selective, and durable catalyst for DME production at the temperature of 300 ◦C. 
Author
625040071-5 Mr. IMRAN ROSADI [Main Author]
Engineering Master's Degree

Peer Review Status มีผู้ประเมินอิสระ 
Level of Conference นานาชาติ 
Type of Proceeding Full paper 
Type of Presentation Oral 
Part of thesis true 
Presentation awarding false 
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