A KINETIC STUDY ON MALENISED CASTOR OIL (RICINUS COMMUNIS)
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Author(s):
MADHURA BHALERAO, NUZHAT FATEMA ANSARI, DR.V Y KARADBHAJNE
Vol - 9, Issue- 4 ,
Page(s) : 120 - 129
(2018 )
DOI : https://doi.org/10.32804/IRJMST
Abstract
Malenised oils are polymer synthesized from monomer such as oil obtained from edible or non –edible seeds and maleic anhydride. Malenisation of castor oil with maleic anhydride was investigated. Heating schedule was maintained properly and constant stirring was also provided which gave a homogenized polymer. Batch of Malenisation was carried out in absence of catalyst. The reaction mechanism and reaction kinetics are estimated for castor oil – maleic anhydride. The reaction was carried out with weight percent ratio of 95:5 castor oil : maleic anhydride at 2300C for 300 minutes with conversion of 82.48% and yield of 95.88%.
- Karadbhajne V Y, et.al. “Studies in eco-friendly modified vegetable oils.”
- Mubofu.E. , “Castor oil as a potential resource for the production of functional materials” , Sustain Chem Process , 2016.
- Patel V. R. , “ Castor oil:Properties ,uses ,and optimization of processing parameters in commercial production.” Published by Libertas Academia ,2016.
- Bhalerao M.,et. al. “A kinetic study on malenisation of soyabean oil”, IJIERT, Vol. (2),feb 2018
- AOCS, Official and Tentative Methods of the American oil chemical’s Society 2nd edition.
- R.smith , “Chemical Process Design and Integration” , Wiley – Blackwell , Second sub-edition , pp 77 , 2005.
- R.smith , “Chemical Process Design and Integration” , Wiley – Blackwell , Second sub-edition , pp 79 , 2005.
- O.Levenspiel,“ChemicalReactionEngineering”Second edition , Wiley Eastern Limited, kinetics of homogeneous reaction ,pp 10-11.
- R.smith, “Chemical Process Design and Integration”, Wiley – Blackwell , Second sub-edition , pp 89 , 2005
- S.D. Dawande, “Principles of reaction engineering”, Central Techno Publications, Second Edition.
- R.smith, “Chemical Process Design and Integration”, Wiley – Blackwell , Second sub-edition , pp 81 , 2005.
- R.smith, “Chemical Process Design and Integration”, Wiley – Blackwell , Second sub-edition , pp 90-95 , 2005.
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