作者: M.A. Olutoye , B.H. Hameed
DOI: 10.1016/J.FUPROC.2010.01.014
关键词:
摘要: Abstract The Mg–Zn interaction effect of KyMg1 − xZn1 + xO3 heterogeneous type catalyst and its performance on transesterification palm oil have been studied using the response surface methodology factorial design experiments. was synthesized co-precipitation method activity assessed by into fatty acid methyl esters. ratio Mg/Zn metal interaction, temperature time calcination were found to positive influence conversion ester (FAME) with being more significant. catalytic decrease at higher K2Mg0.34Zn1.66O3 4.81 gave FAME content 73% a loading 1.404 wt.% molar methanol 6:1 150 °C in 6 h. A regression model obtained predict conversions esters as function ratio, time. observed due synergetic structure composition.