Review the studies of mass transfer and kinetic modeling for production the biodiesel by the transesterification method and the impact of some selected factors

Abstract

Biodiesel production offers several benefits over traditional fossil fuels, including reduced greenhouse gases emissions and maintain the energy security. Biodiesel production is the process of converting feedstocks such as animal lipids and vegetables oils into biodiesel. This is typically achieved through chemical reactions such as transesterification or alcoholysis. The effects of various factors on the production of biodiesel can have a significant impact on the yield and quality of the final product. The optimal reaction conditions can significantly impact the reaction rate and the yield of biodiesel. Additionally, the final product's quality and reaction rate can be significantly impacted by the choice of catalyst. This review paper focus on the importance of kinetics and mass transfer studies in the process of producing biodiesel. It explains how mass transfer affects the transfer of reactants and products across phases, while kinetics studies focus on the reaction rate. The review highlights the impact of various factors such as temperature, agitation, and catalyst concentration on biodiesel production and determine the need for these studies to optimize the generating procedure.