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首页> 外文期刊>International Journal of Applied Engineering Research >Transesterification of Non-Edible Vegetable Oil for Lubricant Applications in Water-Based Mud: A Review
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Transesterification of Non-Edible Vegetable Oil for Lubricant Applications in Water-Based Mud: A Review

机译:水基泥浆润滑剂应用的非食用植物油酯交换:综述

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摘要

The deterioration of the environment as a result of the disposal of oil-based mud used in the oil industry in offshore and onshore environment is alarming and preventive measures must be taken to protect it. Vegetable oil as biolubricant in water-base mud has proved to have potentials in formulating drilling mud for oil and gas exploration due to their inherent properties. Nevertheless, the direct usage of this plant oil is limited in application due to their high viscosity, unstable hydrolytic and oxidative effect. These parameters can be improved upon through transesterification process. This paper hereby review the derivable benefits of chemically modifying vegetable oil inorder to improve their physicochemical properties through transesterification reaction process, and the effect it will have when applied to drilling mud.
机译:由于在海上和陆上环境中使用石油行业的油基泥浆而导致环境恶化是令人担忧的,并且必须采取预防措施来保护它。 在水基泥浆中作为生物润滑剂的植物油已经证明,由于其固有的性质,在制定油和天然气勘探的钻井泥浆中具有潜力。 然而,由于其高粘度,不稳定的水解和氧化效应,该植物油的直接用途是有限的。 这些参数可以通过酯交换过程改进。 本文此处回顾化学改性植物油的衍生益处,以通过酯交换反应过程改善其物理化学性质,并且当施加到钻井泥浆时它将具有它的效果。

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