Industrial Biotechnology and Bioreactor Design for a Circular Economy

The shift toward a sustainable, circular economy has made industrial biotechnology one of the most critical fields of modern manufacturing. If you want to understand how microorganisms are harnessed to produce eco-friendly chemicals, materials, and fuels, you need a solid grasp of bioprocess engineering.\n\nThis text-based course guides you from foundational biological concepts to the engineering principles of industrial fermentation, helping you design and analyze sustainable bio-based production systems.\n\nWhat you'll learn:\n- Understand the core principles of industrial biotechnology, cell metabolism, and microbial kinetics.\n- Design and evaluate industrial fermentation processes, including batch, fed-batch, and continuous cultivation.\n- Configure bioreactor systems by calculating mass balances, heat transfers, and oxygenation requirements.\n- Analyze downstream processing steps to isolate and purify bio-based products efficiently.\n- Apply basic life cycle assessment (LCA) concepts to evaluate the environmental sustainability of a bioprocess.\n- Practice solving real-world bioprocess engineering problems through step-by-step written calculations and exercises.\n\nYou will begin by learning key biological terms and metabolic pathways, then progress to bioreactor design, kinetics, and the scaling of fermentation processes for commercial production. Designed for beginners, this course requires no prior background in biotechnology or advanced engineering.\n\nStart reading today to build your foundational knowledge in sustainable bio-manufacturing.