Related Links
Ref Books

Course Contents

Introduction to microorganisms and biological molecules; principles of enzyme catalysis; methods of enzyme and cell immobilization; enzyme kinetics; internal mass transfer effect on immobilized growth; stoichiometry models of microbial growth; structured model, of microbial growth; bioreactors - continuous stirred tank bioreactors, plug-flow and packed bed bioreactors, imperfect mixing, fed batch bioreactors, gas liquid mass transfer in bioreactors, power requirement for bioreactor, sterilization and heat transfer in bioreactors; introduction to bioproduct recovery; biological product manufacturing; economic analysis of bioprocesses; case study: penicillin.

Course Synopsis

To acquaint students with fundamentals of biochemical engineering.

Course Learning Outcomes

To learn how to develop a new product from lab scale to pilot scale to industrial level

Enzyme kinetics

View Now

Cell Immobilisation

View Now

Microbial Growth

View Now

Enzyme kinetics and Chemostat

View Now

Book Title : Fundamental Biochemical engineering
Author : Behera
Edition :
Publisher :
View Now

Title : Biochemical engineering A concise introduction
Type : Other

View Biochemical engineering A concise introduction