2020
DOI: 10.1177/1350650120977381
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Formulation of bio-lubricant based on modified rice bran oil with stearic acid as an anti-wear additive

Abstract: Bio-lubricants are commonly manufactured from vegetable oils. Rice bran oil is found to be an ideal choice as a base stock for industrial lubricants, among many other vegetable oils, based on its fatty acid composition capable of yielding favourable tribological properties. To improve the chemical properties of rice bran oil, chemical modification through transesterification is attempted. Even though transesterified rice bran oil exhibits better chemical properties, the tribological and rheological properties … Show more

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Cited by 11 publications
(1 citation statement)
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“…Palmitic acid functions as an energy source [30], cell structure component [31], and hormone production [32]. Stearic acid functions as an emulsifying agent [33], and lubricant [34]. Oleic acid functions as an energy source [35], anti-inflammatory [18], nutrient absorption [36], and skin care [37].…”
Section: Gas Chromatography Resultsmentioning
confidence: 99%
“…Palmitic acid functions as an energy source [30], cell structure component [31], and hormone production [32]. Stearic acid functions as an emulsifying agent [33], and lubricant [34]. Oleic acid functions as an energy source [35], anti-inflammatory [18], nutrient absorption [36], and skin care [37].…”
Section: Gas Chromatography Resultsmentioning
confidence: 99%