1) waste well
废液井
2) waste drilling fluid
废钻井液
1.
Solid-liquid separation technology was studied on waste drilling fluid of high water content in Shengli Oilfield.
针对胜利油田勘探与开发特性以及钻井过程中产生大量的高含水量的废钻井液,在固化处理技术的基础上对其分离技术进行了研究与实验,经现场实验,处理后主要污染物指标均能达到国家《污水综合排放标准》(GB8978—1996)中的二级标准。
2.
waste drilling fluid is one of the main pollution sources in drilling, and pollution materials of heavy metals, alkali, salt, oil, organic matter.
废钻井液是钻井作业中主要污染源之一,其中含有重金属、碱、盐、油、有机物等多种污染物质,特别是废混油钻井液,油含量更高,是较难解决的问题之一,也是制约油田企业环境质量提高和可持续发展的一大难题。
3.
Different formulas of curing agents were used to solidify waste drilling fluid.
利用经实验筛选的固化剂配方对废钻井液进行了固化处理的室内配方研究。
3) waste drilling fluid
钻井废液
1.
Non-damage treatment technology for waste drilling fluid in Longdong Area, Changqing oilfield;
长庆陇东地区钻井废液无害化处理技术研究
2.
Study on the innocuous treatment technology of waste drilling fluid;
钻井废液无害化处理技术的研究
3.
Due to the complicate components and the widely distribution,there are great difficulties in the waste drilling fluid disposal.
新疆主要油气开发区大都处于生态环境极其脆弱的荒漠之中,由于作业分散、钻井液成分复杂,钻井作业产生的钻井废液处理难度极大。
4) waste drilling fluid
废弃钻井液
1.
Solid-liquid separation technology of waste drilling fluid;
废弃钻井液固液分离技术研究
2.
Treatment of chemically enhanced solid-liquid separation for waste drilling fluid;
废弃钻井液化学强化固液分离处理
5) wasted drilling fluid
废弃钻井液
1.
Innoxious treatment of wasted drilling fluid;
废弃钻井液无害化处理技术及应用
2.
Combined with the current conditions of Shengli Oilfield,this paper offers three innoxious treatment methods of wasted drilling fluid by hazards analysis.
通过对废弃钻井液的危害分析,结合胜利油田的现状,提出了3种无害化处理方法,建议根据实际选择性使用,来满足当前石化企业实施清洁生产的要求。
6) waste drilling fluids
废弃钻井液
1.
Research development of waste drilling fluids disposal;
废弃钻井液处理研究进展
2.
The corrosion behavior of mild carbon steel A3 in waste drilling fluids was studied by means of weight loss and electrochemical measurements, SEM and AES analysis.
采用失重法、动电位扫描、扫描电镜及俄歇电子能谱等手段 ,研究了碳钢在废弃钻井液化学脱稳处理过程中的腐蚀行为 。
补充资料：饱和盐水钻井液
分子式：
CAS号：
性质： 一种水基钻井液，氯化钠在其中的浓度达到了饱和程度，即一般情况下氯离子浓度约为189000mg/L。
CAS号：
性质： 一种水基钻井液，氯化钠在其中的浓度达到了饱和程度，即一般情况下氯离子浓度约为189000mg/L。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条