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Electrolysis treatment study of Sabah bentonite and its applications in petroleum industry

机译:沙巴膨润土的电解处理研究及其在石油工业中的应用

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摘要

Based on the result of Geological Survey Department Malaysia investigation, the bentonite resources in Sabah is great amount. In order to reduce the overall cost in oilwell drilling and completion, the development of Sabah bentonite as drilling mud material and oilwell cement additive has been initiated. In addition, Sabah bentonite is categorized as not sodium based bentonite. Appropriate treatment method is sought to replace some of the ions on the unit clay surfaces with sodium ions. One of the methods that purposed is electrolysis treatment method. There are two objectives that can be summarized in this study. The first one was to determine optimum electrolysis treatment. The result obtained after the treatment methods showed improvement in cation exchange capacity (CEC), which is about 27% increment of original CEC value. The higher CEC value indicates the improvement in water absorption capability of bentonite. The second objective was to determine the performance of bentonite as drilling mud material and oilwell cement additive compare with standard bentonite and API (American Petroleum Institute) Specification 13A and 10, respectively.
机译:根据马来西亚地质调查局的调查结果,沙巴的膨润土资源非常丰富。为了降低油井钻探和完井的总成本,已开始开发沙巴膨润土作为钻井泥浆材料和油井水泥添加剂。此外,沙巴膨润土被归类为不是钠基膨润土。寻求适当的处理方法以钠离子代替单位粘土表面上的一些离子。旨在使用的方法之一是电解处理方法。本研究可以总结两个目标。第一个是确定最佳的电解处理方法。处理方法后获得的结果表明,阳离子交换容量(CEC)有所提高,比原始CEC值增加了约27%。 CEC值越高,表示膨润土的吸水能力提高。第二个目标是确定膨润土作为钻井泥浆材料和油井水泥添加剂的性能,分别与标准膨润土和API(美国石油学会)规范13A和10进行比较。

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