Bioprocess Approaches for Sustainable Biorefineries
A nexus between the past, present, and future prospects
Series: Green Energy and Technology;
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Product details:
- Publisher Springer Nature Singapore
- Date of Publication 19 July 2026
- ISBN 9789819595273
- Binding Hardback
- No. of pages447 pages
- Size 235x155 mm
- Language English
- Illustrations X, 447 p. 49 illus., 44 illus. in color. 700
Categories
Long description:
Biofuels and Biorefineries have been in vogue for centuries but are still confronted with techno-economic hurdles on their way to full-fledged commercialization. Considering a holistic approach, this book provides a comprehensive overview of the reported processes and contemporary improvements, providing futuristic insights into the creation of high-throughput process pipelines in the realm of biofuels. The 15 individual chapters presented here encompass critical industrial aspects, commencing from: deciphering the contemporary global status of biofuel research with a scientometric overview; offering solutions for plant biomass management, discussing problem-solving approaches related to cellulolytic fungal diversity and the second-generation ethanol’s production; analyses of select hydrogen production technologies, specially blue-hydrogen; hydrothermal liquefaction; microbes’ genetic manipulation-driven biorefineries, exploration of algal biomasses’ diversity, and their engineered use for biomass-based fuels; integrated techniques for carbon sequestration and utilization; the rapid implementation of artificial intelligence in biorefineries. This book can serve as a learning resource and reference material for biofuel researchers and scientists, and the new-generation research fraternity, which looks forward to pursing biofuel-related research in the future.
MoreTable of Contents:
Section 1: Revisiting established biorefineries, their related research, contemporary approaches and futuristic concepts for their improved sustainability.- Chapter 1: Global biorefinery research: A scientometric overview.- Chapter 2: Current state of the global biorefinery research.- Chapter 3: “BioAIchemy”: Transforming Biorefineries’ Efficiency and Productivity.- Section 2: Efficient utilization of algal, fungal, and lignocellulosic biomass for biorefinery processes pertaining to the production of biocrude, biodiesel, bioethanol, biobutanol, biohydrogen, and bioammonia.- Chapter 4: Microbial biorefineries – Industrial workhorses for a futuristic fuel’s pursuit.- Chapter 5: Microbe-based biorefineries – fuelling the way forward to crude oil crisis.- Chapter 6: Exploring microalgal diversity for the conversion of their biomass to biofuels.- Chapter 7: Biocrude – A “Carbon Copy” of the conventional crude oil.- Chapter 8: Biocrude: A sustainable analog to fossil fuel.- Chapter 9: Nature’s Naphtha: A Biodegradable alternate.- Chapter 10: Fungi as biofactories for sustainable biofuel: Innovations and applications in Biotechnology.- Chapter 11: Improving the Robustness of Bioethanol Production: Innovative Methods and Advancements.- Chapter 12: Cellulolytic enzyme complexes and 2G (second-generation) bio-refineries: A problem-solving approach covering unexplored cellulolytic fungal diversity.- Chapter 13: Streamlining Biobutanol Production: Innovations for Cost-effective biofuel.- Chapter 14: Bioprocessing in Hydrogen Production: Review of Feedstock, Efficiency, and Valorization of Waste as an Alternative Production Route for Carbon-free Future Fuel.- Chapter 15: Sustainable Hydrogen Solutions: Bio, Green, and Blue Pathways.- Chapter 16: A Deep-dive into blue hydrogen – shifting to a better future.- Chapter 17: Green Ammonia: A sustainable pathway for clean energy.- Section 3: Unconventional biomass sources, integrated processes, carbon sequestration, genetic engineering strategies, and the production of value-added products for improved valorization of bioresources.- Chapter 18: Integrating Unconventional, Genetically-manipulated biomass, and Waste-derived biomass Solutions for Biorefineries.- Chapter 19: Unlocking the potential of unconventional biomass for sustainable biofuel production.- Chapter 20: Valorization of waste biomass sources to biofuels, bioenergy and biomaterials: Integration of conversion technologies.- Chapter 21: Integrated Carbon Sequestration and Biorefinery Operations for Sustainable Biofuel Production.- Chapter 22: Genetic Engineering of Microalgae for Enhanced Biodiesel Production: Strategies and Advances.- Chapter 23: Genetic Engineering Strategies for Optimizing Bioethanol Production: Innovations and Future Directions.- Chapter 24: Advancements in metabolic engineering and synthetic biology for production of next-generation biofuels.- Chapter 25: Multi-omics approaches for the improvement of Biofuel in microalgae.- Chapter 26: Green Solutions for Sustainable Plant-Biomass Management in Biorefineries.- Chapter 27: Advancing Sustainable Biomanufacturing: Integrating Algae-based biorefinery with genetic engineering.
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