STUDI LABORATORIUM PENGARUH PENAMBAHAN POLIMER SINTESIS DAN TEPUNG SAGU TERHADAP SIFAT RHEOLOGY LUMPUR AIR ASIN SISTEM DISPERSI PADA BERBAGAI TEMPERATUR

PETRO Pub Date : 2019-04-20 DOI:10.25105/PETRO.V7I4.4286
Randy Mahaputra Ginting
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Abstract

Drilling is one of the important things in the drilling process, from the start of drilling to the point of reaching the intended depth, can assist the smooth process of drilling. The potential problems that can arise one of them is the drilling mud reply (loss of circulation). One way to prevent and cope with the discovery of drilling mud is dissolved. At this time Polymers Synthesis and Sago Flour as material for dissolved system. Both materials enter into the colloidal effect. The colloid solution itself is a relatively large, relatively large dispersion system within the dispersing medium.The purpose and objective in collecting these tasks is to determine the effectiveness of Synthetic and Sago Flour Polymer materials in tackling the drilling mud stock problem. Based on the results of the research found, that A sludge system can provide most of the standard specification where the value of physical properties and rheology. While the B sludge system is inversely proportional, most of it does not meet the standard specification. It can be underlined that B system with Sago Flour as LCM is effective in handling dispersion drilling mud.
实验室研究了在不同温度下加入合成聚合物和小粉对咸水泥浆分散性系统的影响
钻削是钻削过程中重要的环节之一,从钻削开始到到达预定深度,都能辅助钻削过程的顺利进行。其中可能出现的潜在问题之一是钻井液回弹(循环漏失)。防止和应对发现钻井泥浆的一种方法是溶解。此时高分子合成与西米粉为原料进行溶解体系。两种物质都进入胶体效应。胶体溶液本身是一个比较大的,分散体系内比较大的分散介质。收集这些任务的目的和目的是确定合成材料和西米粉聚合物材料在解决钻井泥浆积压问题方面的有效性。根据研究结果发现,A污泥体系可以提供大部分标准规格所在的物性和流变性值。而B污泥系统是成反比的,大部分不符合标准规范。说明以西米粉为LCM的B体系处理分散性钻井液是有效的。
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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