Efficient Production of Biodiesel Using Starch as a Heterogeneous Catalyst
Document Type
Thesis
Degree Name
Master of Science (MS)
Department
Chemistry
Date of Award
Fall 2013
Abstract
A sharp hike in the price of petroleum fuels has called in the need of biodiesel as a reliable and renewable substitute for petroleum-based fuels. In order to meet the world demands for biodiesel, research has carried out to increase the rate and conversion of the oleic acid in the esterification reaction by employing a heterogeneous catalyst. The acid catalyst was synthesized via carbonation and sulfonation of cornstarch. It was used in the esterification reaction in order to evaluate the catalyst activity in the biodiesel production. In the esterification reaction, methanol and oleic acid (10:1 mole ration) react to produce methyl oleate as a probe reaction for biodiesel synthesis. The various parameters that enhance the conversion of acid in the biodiesel production have studied including the effect of ultrasound-assisted sulfonation. Sulfonation of catalysts performed using an unheated or heated ultrasonic bath for different periods. The results demonstrate that the activity of the catalyst enhanced by the ultrasound-assisted sulfonation at increased temperature.
Advisor
Ben Jang
Subject Categories
Chemistry | Physical Sciences and Mathematics
Recommended Citation
Vasana, Mihira, "Efficient Production of Biodiesel Using Starch as a Heterogeneous Catalyst" (2013). Electronic Theses & Dissertations. 517.
https://digitalcommons.tamuc.edu/etd/517
