Biological Reactor Design: Theory and Operation of Chemostats

Engineering biological processes requires a deep understanding of reaction kinetics and reactor design. This course provides the foundational knowledge necessary to model and control microbial growth systems effectively. By the end of this course, you will be able to determine critical operating parameters for continuous bioreactors (chemostats) and understand the kinetic models that govern microbial growth and product formation in both continuous and semi-continuous environments. What you'll learn: * Understand the core principles of reaction kinetics specific to biological systems, including Monod kinetics. * Design and analyze the mass and energy balances for continuous stirred-tank reactors (chemostats) under steady-state conditions. * Master the operational differences and modeling requirements for fed-batch and semi-continuous fermentation systems. * Apply mathematical models to predict cell density, substrate consumption, and product yield in various biological reactor configurations. * Configure the fundamental concepts of process monitoring and control essential for maintaining modern bioprocess stability. We begin by establishing fundamental biological kinetics before diving into the steady-state theory of chemostats. The course progresses to cover the practical operation and modeling of fed-batch systems and basic control strategies. This course is designed for absolute beginners interested in chemical engineering, biological engineering, or bioprocess technology. No prior knowledge of reaction engineering is required. Start building your expertise in biological reactor design today.