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Principles of Fermentation Technology cover

Principles of Fermentation Technology

by Peter F. Stanbury, Allan Whitaker, Stephen J. Hall

4th Edition

Publisher: Butterworth-Heinemann

(0 reviews)
Biotechnology

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Book Details

Print ISBN9780323992732
eText ISBN9780323992749
PublisherButterworth-Heinemann
Publishing Year2026
Edition4th Edition
LanguageEnglish

Principles of Fermentation Technology, 4th Edition is a comprehensive academic reference detailing the core biological and engineering foundations of industrial fermentations. The volume integrates biological concepts with practical processing mechanics to support final year undergraduates, master students, academic researchers, and industrial professionals in biotechnology and microbiology.

The text organizes its coverage through key process stages, starting with microbial growth kinetics and animal cell culture kinetics alongside media formulation. It explains methods for selecting and refining industrial microorganisms to establish how production strains are developed. Subsequent chapters address physical systems, focusing on fermenter design, sterilization procedures, aseptic operation, aeration, agitation, instrumentation, and process control.

This edition incorporates recent advancements in CRISPR technology and post-genomics applications within industrial processing systems. The material provides target readers with a structured conceptual framework for evaluating upstream strain manipulation alongside physical reactor parameters in academic study or industrial facilities.

Table of Contents

  1. Chapter 1: An introduction to fermentation processes

  2. Chapter 2: The Growth Kinetics of Microbial and Animal Cell Cultures

  3. Chapter 3: The Isolation of Industrially Important Microorganisms

  4. Chapter 4: The Improvement of Industrially Important Microorganisms

  5. Chapter 5: The design of Media for Microbial and Animal Cell Fermentations

  6. Chapter 6: Sterilization and Aseptic Operation

  7. Chapter 7: Culture preservation and inoculum development

  8. Chapter 8: Design of a fermenter

  9. Chapter 9: Instrumentation and control

  10. Chapter 10: Aeration and agitation

  11. Chapter 11: The recovery and purification of fermentation products

  12. Chapter 12: The treatment of Fermentation Waste Products

  13. Chapter 13: Biopharmaceuticals

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