Côte科特迪瓦储存厂内部运输过程中石油产品数量变化的分析研究

Konan Lopez Kouame, Ossey Clovis Seka, L. Konate, N. Assidjo, Urbain Gnonssoro, H. Koné, B. Kouadio
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引用次数: 0

摘要

本研究找到了导致偏差率超出公差的原因。在这项研究中,掌握传递系统对于解决容易识别的问题和指导我们选择识别复杂问题的方法具有决定性作用。本研究采用的方法是图形表示法和ISHIKAWA图。偏差率的图形表示(在4月至8月期间)使我们能够看到35%的偏差率超过SSP的公差限制,20%的偏差率超过GO的公差限制。通过ISHIKAWA图,我们强调了差距的根本原因,并将这些原因分为两类,即物理差距和实际差距。对这些原因的估计表明,温度测量中的误差是超过公差限制的间隙率的80%的来源,20%是由技术测量误差和物理间隙(不显著)分开的。此后提出了解决办法,以尽量减少转移期间的产品缺口。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analytical Studies of Variations in the Quantities of Petroleum Products during Internal Transfers in a Storage Plant in Côte d’Ivoire
This study has been leaded to find the causes of the deviation rates beyond the tolerance. For this study, the mastery of the transfer system was decisive for the resolution of easily identifiable problems and for our guidance in the choice of methods for identifying complex problems. The methods used for this study were the graphical representation method and the ISHIKAWA diagram. The graphical representation of deviation rate (over the period of April to August) enabled us to view 35% discrepancy rates beyond the tolerance limits for the SSP and 20% for GO. Through the ISHIKAWA diagram, we highlighted the root causes of gaps in general and organized these causes into two categories that are the physical gaps and fictive gaps. The estimation of these causes has shown that errors in the temperature measurement are the source of 80% of gap rates beyond tolerance limits and 20% are divided between technical gauging errors and physical gaps (not significant). Solutions have been thereafter proposed to minimize the amount of product gaps during transfers.
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