UJI KUALITAS BAHAN BAKAR BIODIESEL DARI MINYAK JELANTAH ( PENGGORENGAN PECEL LELE) DENGAN PARAMETER UJI SPESIFIC GRAVITY 60/60 ˚F ASTM D-1298, DISTILASI ASTM D-86, VISKOSITAS KINEMATIK ASTM D-445, FLASH POINT PM ASTM D-93, POUR POINT ASTM D-97 DAN CETANE

None Rahma Nuryanti, None Ineke Febrina Anggraini, None Dian Kurnia Sari, None Sonya
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Abstract

Biodiesel refers to one alternative fuel replacing diesel fuel obtained from renewable materials such as vegetable oil / animal fats (cooking oil). Used cooking oil is cooking oil which has been repeatedly used. Repeated use of cooking oil is by cause harm to the consumers. One of the utilizations of used cooking oil is by converting it into biodiesel. This study aims ti find out the process of converting used cooking oil into biodiesel and to investigate the quality of biodiesel produced from converted used cooking oil based on the parameters of Spesific gravity 60/60˚ F ASTM D-1298, distillation ASTM D-86, kinematic viscosity ASTM D-445, flash point ASTM D-93, pour point ASTM D-97, and cetane index ASTM D-4737. The process of making biodiesel from used cooking oil was conducted by two processes, namely esterification dan transesterification. On the process of esterification, ratio of used cooking oil and methanol was 1:2 and H2SO4 as the catalyst. On the process transesterification, on the other hand, the ratio of oil resulted from ester and methanol was 1:2 with NaOH as catalyst. Based on the analysis resul, Spesific gravity 60/60˚ F test showed 0.8562, 0.8569, 0.8569 (on specs), distillation on temperature 90% werw 340, 351 and 341 (on specs), kinematic viscosity resul showed 1,98 (off specs), flash point PM was 130˚ C, and 132˚ C (on specs), pour point result were 15˚ C, 17˚ C and 17˚ C (on specs), and cetane index result showed 51, 52, 51,5 (on specs).
利用废食用油(鲶鱼油炸机)进行生物柴油燃料质量测试,其比重为 60/60 ˚f astm d-1298,馏程为 astm d-86,运动粘度为 astm d-445,闪点为 pm astm d-93,倾点为 astm d-97 和十六烷值。
生物柴油是指从植物油/动物脂肪(食用油)等可再生材料中获得的替代柴油的一种燃料。用过的食用油是被反复使用过的食用油。反复使用食用油会对消费者造成伤害。用过的食用油的用途之一是将其转化为生物柴油。本研究旨在了解废食用油转化为生物柴油的工艺过程,并根据比重60/60˚F ASTM D-1298、蒸馏ASTM D-86、运动粘度ASTM D-445、闪点ASTM D-93、倾点ASTM D-97、十六烷指数ASTM D-4737等参数考察废食用油转化为生物柴油的质量。以废食用油为原料,采用酯化和酯交换两种工艺制备生物柴油。在酯化过程中,废油与甲醇的比例为1:2,H2SO4为催化剂。另一方面,在NaOH催化下,酯与甲醇的酯化比例为1:2。根据分析结果,比重60/60˚F测试结果为0.8562、0.8569、0.8569(规格),蒸馏温度90%分别为340、351和341(规格),运动粘度结果为1.98(规格),闪点PM分别为130℃和132℃(规格),倾点结果为15℃、17℃和17℃(规格),十六烷指数结果为51、52、51、5(规格)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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