'WASTE COOKING Oil/RESTAURANT GREASE: A POTENTIAL SOURCE FOR BIODIESEL PRODUCTION
IR@IIP: CSIR-Indian Institute of Petroleum, Dehradun
View Archive Info| Field | Value | |
| Creator |
Kaul,Savita
Atray,Neeraj Negi,M.S Bahuguna,N.N Bhatnagar,A.K Goel,A.K |
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| Date |
2010-05-26T09:01:27Z
2010-05-26T09:01:27Z 2010-05-26T09:01:27Z |
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| Identifier |
ICAER-2007
http://hdl.handle.net/123456789/633 |
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| Description |
Bio dieselproduction costs are highly dependent on the feedstock costs. The cost of the fat or oil used to produce
Bio diesel affects the cost of the finished product, up to 60%- 75%; therefore less-expensive raw materials are
preferred. To produce biodiesel economically, a production facility must have access to low-value feedstock,
Develop quality high-value co-products, and enjoy a cost-effective and high-yielding process.
Two types of feed stocks i.e. Restaurant Grease and Waste cooking oil were used in the present study. The
relsionship between relevant reaction variables i.e. catalyst amount, molar ratio of methanol to raw oil,
reaction temperature, reaction time and product characteristics i.e. ester content and yield were explored In
Particular, the influence of physical and chemical properties of the feed stock oils on acid/ alkaline catalysed
transesterification process was determined. Under the optimal conditions biodiesel produced meets BIS and
ASTM,specifications.
Thus recycled restaurant Grease and used cooking oils offer a significant potential as an alternative low-cost
Biodiesel feedstock. However, the restaurant grease contains higher impurities as well as the higher water
content.
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| Language |
en_US
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| Subject |
Biodiesel
Transestserification Low Cost Feedstock Waste Cooking Oil Restaurant Grease |
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| Title |
'WASTE COOKING Oil/RESTAURANT GREASE: A POTENTIAL SOURCE FOR BIODIESEL PRODUCTION
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| Type |
Article
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