Description

Book Synopsis

1. Sources, advanced production technologies, challenges and perspectives for converting wastes biomass to energy: recent updates.- 2. Advanced Bioengineering Approaches for Energy Production from Waste Biomass.- 3. Engineering in enzymatic bioprocesses for energy production from biomass.- 4. Recent Progress in Sustainable Biochemical Pretreatment Technologies for Lignocellulosic Biomass Conversion to Bioenergy Production: Challenges and Perspectives.- 5. Microbial applications for syngas production from waste Biomass: Recent updates.- 6. Genetic and Metabolic Engineering Approaches for Bio-Oil Production using Waste Biomass.- 7. Bioelectricity production using waste: advancements and challenges.- 8. Microbial Engineering Interventions: A Unique Approach to Boost Biohydrogen Production.- 9. Multi-omics approaches for energy production from wastes: recent updates.- 10. Advancements in microbial formulation for energy production from waste biomass.- 11. Policies for the conversion of biowaste into bioenergy.- 12. Awareness of Policies Promoting Bio-waste Conversion into Energy Production Among Higher Education Students.- 13. Recent Development in Thermochemical and Green Processes for Energy Production from Waste Biomaterials.- 14. Artificial Intelligence Application in Bioprocessing of Wastes to Energy.- 15. Metabolic engineering for Bio-methanol and Bio-butanol production from wastes: recent progress.- 16. Nanotechnological intrusion for transforming biowaste to energy: recent updates.

Biotechnological Advancements in Biomass to

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    A Hardback by Manikant Tripathi

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      Publisher: Springer
      Publication Date: 9/9/2025
      ISBN13: 9789819692811, 978-9819692811
      ISBN10: 9819692814
      Also in:
      Waste management

      Description

      Book Synopsis

      1. Sources, advanced production technologies, challenges and perspectives for converting wastes biomass to energy: recent updates.- 2. Advanced Bioengineering Approaches for Energy Production from Waste Biomass.- 3. Engineering in enzymatic bioprocesses for energy production from biomass.- 4. Recent Progress in Sustainable Biochemical Pretreatment Technologies for Lignocellulosic Biomass Conversion to Bioenergy Production: Challenges and Perspectives.- 5. Microbial applications for syngas production from waste Biomass: Recent updates.- 6. Genetic and Metabolic Engineering Approaches for Bio-Oil Production using Waste Biomass.- 7. Bioelectricity production using waste: advancements and challenges.- 8. Microbial Engineering Interventions: A Unique Approach to Boost Biohydrogen Production.- 9. Multi-omics approaches for energy production from wastes: recent updates.- 10. Advancements in microbial formulation for energy production from waste biomass.- 11. Policies for the conversion of biowaste into bioenergy.- 12. Awareness of Policies Promoting Bio-waste Conversion into Energy Production Among Higher Education Students.- 13. Recent Development in Thermochemical and Green Processes for Energy Production from Waste Biomaterials.- 14. Artificial Intelligence Application in Bioprocessing of Wastes to Energy.- 15. Metabolic engineering for Bio-methanol and Bio-butanol production from wastes: recent progress.- 16. Nanotechnological intrusion for transforming biowaste to energy: recent updates.

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