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Biodiesel-based Drilling Fluids

机译:基于生物柴油的钻井液

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摘要

The rheological properties of biodiese and white oil were compared at normal temperature and high temperature in this paper. The ability of biodiesel to inhibit shale expansion was investigated. The results showed that the rheological properties of biodiese were better than white oil. Biodiese also showed better resistance to high temperature and shale expansion. Organo- lignite and vegetable pitch were used to reduce the filtration in biodiesel-based drilling fluids system. The optimum formulation of biodiesel-based drilling fluids was determined by experiments. In order to simulate the contamination of calcium and dry soil, CaSO4·2H2O and sodium-based bentonite were added to the system, and the experimental results showed that the tolerance of biodiesel-based drilling fluids to the contamination of calcium and dry soil is desirable.
机译:在本文的常温和高温下比较了生物纤烯和白色油的流变性质。研究了生物柴油抑制页岩扩张的能力。结果表明,生物纤饼的流变性质优于白油。 Biodiese还表现出对高温和页岩膨胀的更好抵抗力。有机褐煤和植物间距用于降低基于生物柴油的钻井液系统中的过滤。通过实验确定基于生物柴油的钻井液的最佳制剂。为了模拟钙和干燥土壤的污染,将CasO4·2H2O和基于钠的膨润土添加到系统中,实验结果表明,基于生物柴油的钻井液对钙和干燥土壤的污染的耐受性是理想的。

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