Pengaruh Waktu Adsorpsi Minyak Jelantah Sebagai Bahan Pembuatan Biodiesel Dengan Tanah Liat Terhadap Kualitas Biodiesel

Ahmadi Ahmadi, Ika Suyanti, Sri Astuti Tikrahsari, Miftahul Aini
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Abstract

Population growth and industrial development cause oil fuel consumptionincreases, so availability will thinning because it cannot be renewed. So toovercome that the government issued Presidential Decree No.10 of 2006concerning Development of Vegetable Fuels. Biodiesel is one of themrenewable alternative energy sources which are processed from vegetable oilswith use alcohol and NaOH as catalysts through the transesterificationprocess. Used cooking oil is one source of vegetable oil that can used as rawmaterial for making biodiesel through the process transesterification. But theuse of used cooking oil directly without through the adsorption process willaffect the quality of the biodiesel produced. The purpose of this study is todetermine the effect of adsorption time used cooking oil for the quality ofbiodiesel produced from used cooking oil. This research aimed to know thereis or no effect of odsorption time of cooking oil using the clay towardsbiodiesel quality. Object of this research used cooking oil which is adsorptedwith varieties time of adsorption was 0 hour (Control), 12 hours, 36 hoursand 48 hours. Based on the result of research showed that adsorption timehas effect towards quality, where high adsorption time was 12 hours. Qualityof biodiesel has been suitable with SNI. The quality was dencity 0,860 gr/cm3,water degree 0,035% vol, flame coordinate 170oC and acid number 0,71 mgKOH/g oil % the result of biodiesel 55,29%.
Jelantah的压缩时间将其转化为粘土级生物柴油
人口增长和工业发展导致石油燃料消耗增加,因此可用性将减少,因为它无法更新。因此,政府颁布了2006年关于发展蔬菜燃料的第10号总统令。生物柴油是以植物油为原料,以乙醇和氢氧化钠为催化剂,经酯交换反应而得到的可再生替代能源之一。废油是植物油的一种来源,可作为原料通过酯交换反应生产生物柴油。但是直接使用废食用油而不经过吸附过程,会影响生产的生物柴油的质量。本研究的目的是确定用过食用油吸附时间对用过食用油生产的生物柴油质量的影响。本研究旨在了解用粘土吸附食用油的时间是否对生物柴油的质量有影响。研究对象采用不同吸附时间的食用油,吸附时间分别为0 h(对照)、12 h、36 h和48 h。研究结果表明,吸附时间对质量有一定影响,其中最高吸附时间为12小时。用SNI制备的生物柴油质量较好。质量为密度0,860 gr/cm3,水度0,035% vol,火焰坐标170oC,酸数0,71 mgKOH/g oil %,结果为生物柴油55.29%。
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