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Formulation of green crankcase oil - A novel approach

机译:配制绿色曲轴箱油-一种新方法

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An increasing demand for environmentally acceptable lubricant has led researchers to look to vegetable oils as an alternative to mineral based lubricants. These vegetable oil based products are sustainable, renewable and biodegradable that can replace petroleum derived products in numerous industrial applications such as stabilizers, plasticizers and in coating formulations. However vegetable oils are limited by their poor low temperature fluidity and poor thermo-oxidative stability. In order to produce rapeseed oil based bio-lubricant with good thermo-oxidative stability and low pour point, in the present work the base oil was chemically modified via, epoxidation and ring opening reaction followed by esterification process. The formation of the epoxidized group was confirmed by Fourier Transform Infrared spectral analysis. Epoxidized and hydroxylated rapeseed oil showed superior oxidative stability and friction reducing ability compared to base oil. Furthermore the epoxidation treatment has no adverse effect on the biodegradability of the base stock.
机译:对环境可接受的润滑剂的需求不断增长,导致研究人员将植物油视为矿物基润滑剂的替代品。这些基于植物油的产品具有可持续性,可再生性和可生物降解性,可在稳定剂,增塑剂和涂料配方等众多工业应用中替代石油衍生产品。然而,植物油由于其差的低温流动性和差的热氧化稳定性而受到限制。为了生产具有良好的热氧化稳定性和低倾点的菜籽油基生物润滑剂,在本工作中,通过环氧化和开环反应,然后进行酯化工艺对基础油进行化学改性。通过傅立叶变换红外光谱分析证实了环氧化基团的形成。与基础油相比,环氧化和羟基化的菜籽油显示出优异的氧化稳定性和降低摩擦的能力。此外,环氧化处理对基础原料的生物降解性没有不利影响。

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