480748 Polymer Synthesis from Cottonseed Oil

Monday, November 14, 2016
Grand Ballroom B (Hilton San Francisco Union Square)
Deonante Frazier1, Bill B. Elmore1, Rangana Wijayapala1, Santanu Kundu1 and Charles Freeman2, (1)Dave C. Swalm School of Chemical Engineering, Mississippi State University, Mississippi State, MS, (2)Department of Fashion, Mississippi State University, Mississippi State, MS

Polymer Synthesis from Cottonseed Oil

Deonante Frazier1, Rangana Wijayapala1, Bill Elmore1, Charles Freeman2, Santanu Kundu1

1Mississippi State University, Department of Chemical Engineering, Starkville, Mississippi

2 Mississippi State University, Department of Fashion, Starkville, MS

Abstract: Traditional plastics are usually made by polymerizing petroleum-based chemicals. This method is cost efficient; however, these petroleum-based plastics can stay in landfills for a long time without any significant deterioration. Overtime, chemicals from plastic can leech into the soil, which can contaminate viable groundwater. These reasons are why this study is focused on the cost-efficient polymerization of biodegradable plastics. Rigid biodegradable thermostat polymers were synthesized by using radical co-polymerization of cottonseed oil monogylcerides maleates with styrene. At first, glycerol, cottonseed oil, and a catalyst, were reacted under an N2 atmosphere at 240°C to create cottonseed oil monoglycerides (CSOMG). Three different catalysts were studied to increase the efficiency of glycerolysis reaction. Next, the CSOMG was reacted to maleic anhydride at 80°C to create a maleate half-ester of CSOMG. FTIR analysis was used to characterize the product after these reactions. Finally, radical initiated copolymerization of the CSOMG maleates was conducted with styrene and benzoyl peroxide to create the rigid, thermostat polymers. Thermal stability of the polymers was investigated using the TGA analysis. In additions, Polymer were subjected to solubility tests to determine chemical stability. 


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