Industrial Microbiology: Current Progress and Novel Technologies
English | 2026 | ISBN: 1779642202 | 456 pages | True PDF,EPUB | 16.46 MB
As industries seek environmentally responsible alternatives to conventional manufacturing processes, microbial technologies continue to drive innovation across multiple sectors. This volume explores the expanding role of microbial systems in the production of value-added products and renewable resources. Bringing together contributions from experts in microbiology, biotechnology, and bioprocess engineering, the volume examines both established and emerging applications of microbial biomass and microbial-mediated processes.The chapters address a broad range of topics, including fermented foods, microalgal biohydrogen, microbial biodiesel production, genetically engineered microorganisms for insulin synthesis, industrial enzymes, microbial biopesticides, biodegradable polymers, bacterial protein production, and sustainable biofuel pathways. Special attention is given to microbial fermentation technologies, microbial cell factories, biomass conversion strategies, and innovative approaches for producing industrial compounds from renewable feedstocks and organic wastes.Combining fundamental concepts with recent technological advances, the volume highlights the growing importance of microorganisms in supporting circular bioeconomies and sustainable industrial development. The discussions emphasize environmentally friendly production systems, resource efficiency, and the integration of biotechnology into modern manufacturing.
As industries seek environmentally responsible alternatives to conventional manufacturing processes, microbial technologies continue to drive innovation across multiple sectors. This volume explores the expanding role of microbial systems in the production of value-added products and renewable resources. Bringing together contributions from experts in microbiology, biotechnology, and bioprocess engineering, the volume examines both established and emerging applications of microbial biomass and microbial-mediated processes.
The chapters address a broad range of topics, including fermented foods, microalgal biohydrogen, microbial biodiesel production, genetically engineered microorganisms for insulin synthesis, industrial enzymes, microbial biopesticides, biodegradable polymers, bacterial protein production, and sustainable biofuel pathways. Special attention is given to microbial fermentation technologies, microbial cell factories, biomass conversion strategies, and innovative approaches for producing industrial compounds from renewable feedstocks and organic wastes.
Combining fundamental concepts with recent technological advances, the volume highlights the growing importance of microorganisms in supporting circular bioeconomies and sustainable industrial development. The discussions emphasize environmentally friendly production systems, resource efficiency, and the integration of biotechnology into modern manufacturing.
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