Product details:
| ISBN13: | 9780443330964 |
| ISBN10: | 0443330964 |
| Binding: | Paperback |
| No. of pages: | 900 pages |
| Size: | 234x190 mm |
| Language: | English |
| 700 |
Category:
Najafpour - Biochemical Engineering
Edition number: 3
Publisher: Elsevier Science
Date of Publication: 1 April 2025
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Long description:
Biochemical Engineering and Biotechnology, Third Edition outlines the principles of biochemical processes, explaining their use in the manufacturing of every day products. The book's unique offering lies in it inclusion of many solved problems, case studies, examples, and demonstrations of detailed experiments that include simple design equations and required calculations. All chapters are fully revised, updated, and include the latest research results in the field of biochemical engineering and biotechnology. The new edition emphasizes practical aspects, microorganisms, upgrades of new types of membrane bioreactors, and contains more case studies and solved problems.
This book remains an indispensable reference for researchers in bioprocess engineering, chemicals, the physical/biological treatment of industrial wastewater, enzyme technology, fermentation processes, nano-particles' synthesis for antibiotic loading, medicine, and drug delivery.
This book remains an indispensable reference for researchers in bioprocess engineering, chemicals, the physical/biological treatment of industrial wastewater, enzyme technology, fermentation processes, nano-particles' synthesis for antibiotic loading, medicine, and drug delivery.
Table of Contents:
1. Industrial Microbiology
2. Enzyme Technology
3. Gas and Liquid System
4. Fermentation Process Control
5. Growth Kinetics
6. Bioreactor Design
7. Downstream Processing
8. Immobilization of Microbial Cells for the Production of Organic Acid and Ethanol
9. Material and Elemental Balance
10. Application of Fermentation Processes
11. Production of Antibiotics
12. Production of Citric Acid
13. Bioprocess Scale-up
14. Single-Cell Protein
15. Sterilization
16. Membrane Reactor
17. Design and fabrication of membrane bioreactors
18. Advanced Downstream Processing in Biotechnology
19. Microbial Fuel Cells: A New Source of Power
20. Biological Treatment
21. Biofuel Production
22. Algal growth, bioconversion of power plant flue gas for biodiesel production
23. Bioanode fabrications in microbial fuel cells for dye removal, a biodegradation of organic contaminants using potential microorganisms
24. Biosensors fabrications for fast detection of contaminates in biofluids
25. Nanoparticle synthesis, ferromagnetic for dug loading and drug delivery; Case study: Medical Application of Biomaterial in Treating Bacterial Infection
2. Enzyme Technology
3. Gas and Liquid System
4. Fermentation Process Control
5. Growth Kinetics
6. Bioreactor Design
7. Downstream Processing
8. Immobilization of Microbial Cells for the Production of Organic Acid and Ethanol
9. Material and Elemental Balance
10. Application of Fermentation Processes
11. Production of Antibiotics
12. Production of Citric Acid
13. Bioprocess Scale-up
14. Single-Cell Protein
15. Sterilization
16. Membrane Reactor
17. Design and fabrication of membrane bioreactors
18. Advanced Downstream Processing in Biotechnology
19. Microbial Fuel Cells: A New Source of Power
20. Biological Treatment
21. Biofuel Production
22. Algal growth, bioconversion of power plant flue gas for biodiesel production
23. Bioanode fabrications in microbial fuel cells for dye removal, a biodegradation of organic contaminants using potential microorganisms
24. Biosensors fabrications for fast detection of contaminates in biofluids
25. Nanoparticle synthesis, ferromagnetic for dug loading and drug delivery; Case study: Medical Application of Biomaterial in Treating Bacterial Infection
