用优质新工具分析机组排水泵的电气使用

F. S. Handika, Abdullah B. Barnadi
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引用次数: 3

摘要

每一家公司都试图将生产成本降至最低,以植绒的价格获得产品。Cilegon的一家化工公司制定了降低生产成本的计划。然而,在创作过程中,仍然发现一些因素导致生产成本高,特别是抽水设备的用电成本高。本研究旨在确定排水泵机组耗电量高的原因,提供改进建议,并对修订结果进行评估。本研究使用了一些新的质量工具,包括亲和图、相互关系图、矩阵图、树状图和过程决策程序图(PDPC)。根据研究结果,导致排水泵组耗电量高的因素是DCS Man忘记在G-1875泵处停止,C-1851密封输出进入泥坑,G-1871密封输出流入脏洞。补救措施是将C-1851密封输出从泥泞的沟渠移到干净的沟渠,将G-1871密封输出由肮脏的沟渠移向干净的沟渠。修复样品箱中的泄漏,G-1875泵自动启停。这些排水系统的改进使排水装置从以前的每周18次每周运行两次,或减少了89%,每年可节省1677205卢比。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analisis Pemakaian Listrik pada Pompa Drainage Unit dengan Menggunakan New Quality Tools
Every company tries to minimize the cost of production to get the product with the price of flocking. A Chemical Company in Cilegon has a production cost reduction program. However, in the process of creation, still found some factors that cause high production costs, especially the cost of electricity in pumping equipment. This study aims to determine the causes of high electricity consumption in the drainage pump unit, provide suggestions for improvement and evaluate the results of revision. This research uses some new quality tools consisting of affinity diagrams, interrelationship diagrams, matrix diagrams, tree diagrams, and Process Decision Program Chart (PDPC). Based on the results of the research, the factors causing high electricity consumption in the drainage pump unit are DCS-Man forgot to stop at the G-1875 pump, the C-1851 sealing output goes to the slimy pit, and the G-1871 sealing output goes into the dirty hole. The remedial step is to move the C-1851 sealing output from the muddy ditch to the clean trench, moving the G-1871 sealing output from the filthy ditch to the clean ditch, fixing the leak in the sample product box, and the G-1875 pump made auto start-stop. These drainage improvements resulted in drainage units operating two times per week from the previous 18 times per week or decreased by 89% and can save as much as Rp 1,677,205 per year.
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