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Recent and Perspective of Fuel Quality Control Method in Indonesia

机译:印度尼西亚燃料质量控制方法的近期与透视

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Study “Determination of Fuel Quality Control Method in Indonesia” is conducted to find out the proper monitoring method to be applied in Indonesia. Nowadays regarding determining test parameters, the number and location of supervision are still random. With the determination of the model of fuel control, the priority of test parameters and cost analysis of the test is expected in the future of fuel quality control can be more effective. This study is limited from the results of fuel quality control held in 2013-2015 for the type of Gasoline 88, Gasoline 92, Gasoline 95, Diesel Oil 48, and Diesel Oil 51. The result of the study shows that the proposed supervisory model in Indonesia is the model of fuel quality control. Then, the implementation is done without the third party and directly in cooperation with the Laboratory Institute (Lemigas). And also, the determination of parameters and the number of samples as well as the location of the retrieval based on the evaluation of the results of supervision fuel quality control of the previous year with the sampling point covering the fuel distribution chain, i.e. refinery, storage and gas station. Proposed priority test parameters: Gasoline 88: (1) Octane Number, (2) Distillation T-50, (3) RVP; Gasoline 91: (1) RVP, (2) Distillation T-90, (3) Octane Number; Gasoline 95: (1) RVP, (2) Final Boiling Point, (3) Octane Number; Solar 48: (1) FAME, (2) Flash Point, (3) Cetane Number; Solar 51: (1) Sulfur Content, (2) Distillation T-90, (3) Cetane Number. The sampling is held in 46 selected cities with the number of samples is 1242 samples and total costs of IDR 2,940,718,000 and save by 42%.
机译:研究“印度尼西亚燃料质量控制方法的测定”,以了解在印度尼西亚应用适当的监测方法。如今关于确定测试参数,监督的数量和位置仍然随机。随着燃料控制模型的确定,预计测试参数的优先级和测试的成本分析在燃料质量控制的未来可能更有效。本研究受限于2013 - 2015年燃料质量控制的结果,适用于汽油88,汽油92,汽油95,柴油48和柴油51的燃料质量控制。该研究结果表明,拟议的监督模型印度尼西亚是燃料质量控制的模型。然后,在没有第三方的情况下,并直接与实验室学院(Lemigas)合作完成。并且还基于评估去年的监督燃料质量控制结果的评估以及覆盖燃料分配链,即炼油厂,储存的采样点,确定样本数量以及检索的数量以及检索的位置。和加油站。提出的优先考验参数:汽油88:(1)辛烷值,(2)蒸馏T-50,(3)RVP;汽油91:(1)RVP,(2)蒸馏T-90,(3)辛烷值;汽油95:(1)RVP,(2)最终沸点,(3)辛烷值;太阳能48:(1)名称,(2)闪点,(3)十六烷值;太阳能51:(1)硫含量,(2)蒸馏T-90,(3)十六烷数。采样在46个选定的城市中举行,样品数量为1242个样品和IDR 2,940,718,000的总成本,节省了42%。

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