Y. Gunawan, L. Hasanuddin, R. R. Sisworo, A. Lolok, Bunyamin, Nanang Endriatno, Muhlas Adi Putra
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引用次数: 0
摘要
植物油(甘油三酯)与甲醇酯交换反应制备甲酯是目前正在开发的研究方向之一。从棕榈油中提取的生物柴油是满足部分能源需求的新希望。了解所生产的生物柴油的燃烧速率。由CPO、磷酸和氢氧化钠的混合物生产的生物柴油,其百分比为I. 98% CPO、1%磷酸、1%氢氧化钠:II。95%磷酸,2%磷酸,3%氢氧化钠:III。95% CPO, 3%磷酸,2%氢氧化钠。结果表明:95% CPO、3%磷酸氢酸和2%氢氧化钠为最佳混合料,燃烧速率为0.309 g / min,燃烧时间为30.42 min,最终温度为57℃。
Percentage Analysis Mixed of CPO, Phosphic Acid and Sodium Hydroxide as a Replacement for Diesel Engine Oil Fuel Using a Calorize Test
One of the researches being developed is to produce methyl esters from CPO through transesterification reaction of vegetable oil (triglycerides) with methanol. Biodiesel from crude palm oil is a new hope for answering some of the energy needs. know the rate of combustion of the biodiesel produced. Biodiesel that is produced from a mixture of CPO, phosphoric acid and sodium hydroxide, with a percentage of I. 98% CPO, 1% Phosphoric Acid, 1% Sodium Hydroxide: II. 95% CPO, 2% Phosphoric Acid, 3% Sodium Hydroxide: III. 95% CPO, 3% Phosphoric Acid, 2% Sodium Hydroxide. The results showed that the most effective mixture was 95% CPO, 3% acid phosphate and 2% sodium hydroxide with a burning rate of 0.309 g / minute in 30.42 minutes with a final temperature of 57 (oC).