Eco-friendly Base Formulations Fluids for Lubricant Oil Formulations
IR@IIP: CSIR-Indian Institute of Petroleum, Dehradun
View Archive Info| Field | Value | |
| Creator |
Bisht, R P S
Kaul, Savita Ponnekanti, Nagendramma Bhatia, V.K Gupta, A.K |
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| Date |
2012-01-05T04:12:10Z
2012-01-05T04:12:10Z 2012-01-05T04:12:10Z |
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| Identifier |
http://hdl.handle.net/123456789/747
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| Description |
There is an increasing move towards the use of environmentally safe lubricants.
However, the development ofa common hiodegradahle base stock that
could replace conventional ones is a hig challenge. Synthetic lubricants,
whether synthetic hydrocarbons, organic esters, or others, all have problems
associated with their use. However, in general terms synthetic lubricants protect
better, last longer, and outperform their conventional mineral-based
counterparts in certain applications. Future lubricant specifications in I'iew
of the demand for improved performance to meet stringent environmental
regulations are the main drivers for new technological developments. As part
of a study to produce polyol ester lubricant hase stocks from C5 polyols and
Co-CI4 carboxylic acids in the presence of eco-friendly catalysts, a series of
products has been synthesised. A biodegradable luhricant formulation for
automotive transmission fluids has been developed based on a svnthesised
product as a base fluid. This paper reports on the physico-chemical characteristics
and performance evaluation results of this formulation, which is a
promising base stock for automotive transmission fluids.
Keywords
synthetic
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| Language |
en_US
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| Subject |
Synthetic Lubricant,
Eco-friendly base stock Biodegradability, Automotive transmission fluid, Polyol ester |
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| Title |
Eco-friendly Base Formulations Fluids for Lubricant Oil Formulations
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| Type |
Article
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