Biotechnological Advances in Biorefinery
portes grátis
Biotechnological Advances in Biorefinery
Agrawal, Komal; Verma, Pradeep
Springer Verlag, Singapore
10/2024
382
Dura
9789819755431
Pré-lançamento - envio 15 a 20 dias após a sua edição
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Chapter 1. Lignocellulosic Biomass as Replenishable Source for the Derivation of Biofuel and Value-added Products of Global Significance.- Chapter 2. Valorization of the Lignocellulosic Biomass via Bacterial Enzymatic Machinery for Sustainable Biorefinery.- Chapter 3. The Contribution of Fungal and Its Enzymatic System towards Multiproduct Biorefinery and Global Biofuel Research.- Chapter 4. An Overview of Fungal Enzymes in the Generation of Value-Added Product of Industrial Significance.- Chapter 5. Bioprocessing of Biomass to Value-added Products using Enzymes.- Chapter 6. Production of Value-Added Products Using Microalgae: A Zero Waste Biorefinery Approach.- Chapter 7. Microalgal in the Production of Various High-End Value-Added Products using Zero Waste Biorefinery Approach.- Chapter 8. Microalgae - A Sustainable Bio-factory for High Value-Added Product.- Chapter 9. Feedstock to Fortune: Microalgae Bioconversion to Value-Added Products via Circular Bioeconomy.- Chapter 10. Development and Scale-Up of the Bioreactor System in Biorefinery: A Significant Step Towards a Green and Biobased Economy.- Chapter 11. Scaling up Bioreactor Systems for Sustainable Bio-Refinery: A Crucial Step in Advancing the Green Economy.- Chapter 12. Bioconversion of Waste to Bioethanol Production.- Chapter 13. The Development in Nanotechnology and Tailor-Made Enzymes as the Future of Biobased Economy.- Chapter 14. In-silico Investigations on Exploring Various Aspects of Biorefinery: A Futuristic Paradigm through Microbiological Perspectives.- Chapter 15. Conceptual to Technological Reality: Biorefineries using Techno-Economic and Life Cycle Assessment Models.- Chapter 16. Strategies to Develop an Efficient Biorefinery System using Techno-Economic Evaluation & Life Cycle Assessment.- Chapter 17. The Prospective Impact of Technological Advances in Value-Sensitive Design (VSD) Used in the Biorefinery Design Selection Processes.
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Biorefinery;Sustainable;Bioeconomy;Life cycle assessment;Bio-based
Chapter 1. Lignocellulosic Biomass as Replenishable Source for the Derivation of Biofuel and Value-added Products of Global Significance.- Chapter 2. Valorization of the Lignocellulosic Biomass via Bacterial Enzymatic Machinery for Sustainable Biorefinery.- Chapter 3. The Contribution of Fungal and Its Enzymatic System towards Multiproduct Biorefinery and Global Biofuel Research.- Chapter 4. An Overview of Fungal Enzymes in the Generation of Value-Added Product of Industrial Significance.- Chapter 5. Bioprocessing of Biomass to Value-added Products using Enzymes.- Chapter 6. Production of Value-Added Products Using Microalgae: A Zero Waste Biorefinery Approach.- Chapter 7. Microalgal in the Production of Various High-End Value-Added Products using Zero Waste Biorefinery Approach.- Chapter 8. Microalgae - A Sustainable Bio-factory for High Value-Added Product.- Chapter 9. Feedstock to Fortune: Microalgae Bioconversion to Value-Added Products via Circular Bioeconomy.- Chapter 10. Development and Scale-Up of the Bioreactor System in Biorefinery: A Significant Step Towards a Green and Biobased Economy.- Chapter 11. Scaling up Bioreactor Systems for Sustainable Bio-Refinery: A Crucial Step in Advancing the Green Economy.- Chapter 12. Bioconversion of Waste to Bioethanol Production.- Chapter 13. The Development in Nanotechnology and Tailor-Made Enzymes as the Future of Biobased Economy.- Chapter 14. In-silico Investigations on Exploring Various Aspects of Biorefinery: A Futuristic Paradigm through Microbiological Perspectives.- Chapter 15. Conceptual to Technological Reality: Biorefineries using Techno-Economic and Life Cycle Assessment Models.- Chapter 16. Strategies to Develop an Efficient Biorefinery System using Techno-Economic Evaluation & Life Cycle Assessment.- Chapter 17. The Prospective Impact of Technological Advances in Value-Sensitive Design (VSD) Used in the Biorefinery Design Selection Processes.
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