Epoxidation of waste cooking oil using catalytic in situ generated performic acid

Epoxidation of waste cooking oil using catalytic in situ generated performic acid

Nowadays, utilizing renewable resources is one of the top research interests among researchers around the world in order to maintain the synthesis of products based on chemicals. Oleic acid (C18:1) derived from palm oil contains the unsaturated double bond (C=C) in its long alkyl chain makes it an a...

Full description

Bibliographic Details
Main Authors: Ahmad R. (Author), Ali U.F.M (Author), Azhari A.W (Author), Azizan N.Z.N (Author), Azmi, I.S (Author), Dahalan F.A (Author), Gloria, V. (Author), Hadi, A. (Author), Ibrahim N. (Author), Jalil, M.J (Author), Kamarudzaman A.N (Author), Morad, N. (Author), Muain, M. (Author), Noor N.M (Author), Rahim N. (Author), Rahman, M.S.A (Author), Ridwan F.M (Author), Yamin, A.F.M (Author), Yusof S.Y (Author)
Format: Article
Language:English
Published: Institute of Physics Publishing, 2020
Subjects:
Agitation speed
Effect of hydrogen
Epoxidized vegetable oil
In situ processing
Long alkyl chains
Molar ratio
Oleic acid
Oxidation
Palm oil
Peroxides
Renewable resource
Research interests
Unsaturated double bonds
Unsaturated fatty acids
Waste cooking oil
Online Access:View Fulltext in Publisher
View in Scopus

Internet

View Fulltext in Publisher
View in Scopus

Similar Items