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RISSThe alkali-catalyzed transesterification of vegetable oils into Bio-diesel using 1vol% emulsifier at 60°C was performed on the rotary viscometer. The viscosity of fatty acid methyl ester was predicted by Orrick and Erbarr' s model. The overall yield ...
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RISS 인기검색어
유화제 첨가 식물유의 알칼리 촉매 전이 에스테르화 = The Alkaline-Catalyzed Trans-esterification of Vegetable Oils with Emulsifier
한글로보기부가정보
다국어 초록 (Multilingual Abstract)
The alkali-catalyzed transesterification of vegetable oils into Bio-diesel using 1vol% emulsifier at 60°C was performed on the rotary viscometer. The viscosity of fatty acid methyl ester was predicted by Orrick and Erbarr' s model. The overall yield increased as the viscosity decreased. The limiting molar ratio of methanol to oil appeared to be 1:5 due to 1vol% emulsifier. The sodium hydroxide was shown to be the optimum catalyst and its content appeared to be 0.5wt%. The overall yield(%) of fatty acid methyl ester from canola oil was 95%.
The alkali-catalyzed transesterification of vegetable oils into Bio-diesel using 1vol% emulsifier at 60°C was performed on the rotary viscometer. The viscosity of fatty acid methyl ester was predicted by Orrick and Erbarr' s model. The overall yield increased as the viscosity decreased. The limiting molar ratio of methanol to oil appeared to be 1:5 due to 1vol% emulsifier. The sodium hydroxide was shown to be the optimum catalyst and its content appeared to be 0.5wt%. The overall yield(%) of fatty acid methyl ester from canola oil was 95%.
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