Green Approach on Alternative Fuel for Sustainable Future addresses the advancement of biological and biochemical technologies in context to alternative fuel synthesis. This book emphasizes and discusses the technology involved and development on the status of alternative fuel production and related aspects, including biofuel production. The potential uses of waste material to turn them into wealth, as alternative energy sources also been discussed. The extended and detailed content of the book also covers the promising uses of microalgae treatment to produce biofuel. By not being limited to the biological aspect the book also discusses and explores the perspective of green chemistry for energy production.
By adding policy and commercialization, the book provides comprehensive information, from lab to field, with extensive illustrations, case studies, summary tables and up-to-date references.
1. Green Approach to Alternative Fuel for a Sustainable Future - p. Page i 2. Cover - p. Page i 3. Front Matter - p. Page ii 4. Table of Contents - p. Page iii 5. Copyright - p. Page iv 6. List of contributors - p. Page iv 7. List of Illustrations - p. Page ix 8. List of Tables - p. Page x 9. Chapter 1 : Policies of biofuel for commercialization - p. Page x 10. Chapter 2 : Life cycle assessment of biofuels derived from Mahua (Madhuca species) flowers and seeds: key issues and perspectives - p. Page 9 11. Chapter 3 : Generation of biofuels from rice straw and its future perspectives - p. Page 21 12. Chapter 4 : Prospects of rice straw for sustainable production of biofuels: Current trends and challenges - p. Page 32 13. Chapter 5 : Biofuel production from algal biomass: Technologies and opportunities addressing the global energy crisis - p. Page 42 14. Chapter 6 : Bioenergy production from algae: biomass sources and applications - p. Page 57 15. Chapter 7 : Microbial bioprospecting of biodiesel industry-derived crude glycerol waste conversion into value-added products - p. Page 65 16. Chapter 8 : Microalgae-based biofuel synthesis - p. Page 84 17. Chapter 9 : A plausible scenario for the third generation of biofuels from microalgae - p. Page 103 18. Chapter 10 : Microalgae as a promising feedstock for biofuel production - p. Page 119 19. Chapter 11 : Thermochemical conversion of biomass into valuable products and its modeling studies - p. Page 132 20. Chapter 12 : Rice straw for biofuel production - p. Page 149 21. Chapter 13 : Biofuel production from algal biomass - p. Page 164 22. Chapter 14 : Microalgae biofuels: a promising substitute and renewable energy - p. Page 177 23. Chapter 15 : Biofuel production by catalysis - p. Page 187 24. Chapter 16 : Potential of lignin as biofuel substrate - p. Page 197 25. Chapter 17 : Biohydrogen production from dark fermentation of lignocellulosic biomass - p. Page 219 26. Chapter 18 : Theoretical insight into methanol sono-conversion for hydrogen production - p. Page 239 27. Chapter 19 : Upscaling of LaNi5-based metal hydride reactor for solid-state hydrogen storage: numerical simulation of the absorption–desorption cyclic processes - p. Page 252 28. Chapter 20 : Oleaginous microbes for biodiesel production using lignocellulosic biomass as feedstock - p. Page 267 29. Chapter 21 : An insight into rice straw–based biofuel production - p. Page 293 30. Chapter 22 : Sources and techniques for biofuel generation - p. Page 307 31. Chapter 23 : Biomass waste and feedstock as a source of renewable energy - p. Page 320 32. Chapter 24 : Bioenergy and beyond: biorefinery process sources, research, and advances - p. Page 334 33. Chapter 25 : Endemic microalgae biomass for biorefinery concept and valorization - p. Page 345 34. Chapter 26 : Microalgae biomass: a model of a sustainable third-generation of biorefinery concept - p. Page 366 35. Chapter 27 : Green hydrogen production: a critical review - p. Page 377 36. Chapter 28 : Algal biofuel production using wastewater: a sustainable approach - p. Page 389 37. Chapter 29 : Rice straw: a potential substrate for bioethanol production - p. Page 397 38. Chapter 30 : Algal bioenergy: the fuel for tomorrow - p. Page 405 39. Chapter 31 : Plant-based biofuels: an overview - p. Page 427 40. Chapter 32 : Bioenergy: biomass sources, production, and applications - p. Page 442 41. Chapter 33 : Bioprospecting microalgae for biofuel synthesis: a gateway to sustainable energy - p. Page 450 42. Chapter 34 : Technoeconomic analysis of biofuel production from agricultural residues through pyrolysis - p. Page 459 43. Chapter 35 : Different methods to synthesize biodiesel - p. Page 468 44. Index - p. Page 484
Green Approach on Alternative Fuel for Sustainable Future addresses the advancement of biological and biochemical technologies in context to alternative fuel synthesis. This book emphasizes and discusses the technology involved and development on the status of alternative fuel production and related aspects, including biofuel production. The potential uses of waste material to turn them into wealth, as alternative energy sources also been discussed. The extended and detailed content of the book also covers the promising uses of microalgae treatment to produce biofuel. By not being limited to the biological aspect the book also discusses and explores the perspective of green chemistry for energy production.
By adding policy and commercialization, the book provides comprehensive information, from lab to field, with extensive illustrations, case studies, summary tables and up-to-date references.
1. Green Approach to Alternative Fuel for a Sustainable Future - p. Page i 2. Cover - p. Page i 3. Front Matter - p. Page ii 4. Table of Contents - p. Page iii 5. Copyright - p. Page iv 6. List of contributors - p. Page iv 7. List of Illustrations - p. Page ix 8. List of Tables - p. Page x 9. Chapter 1 : Policies of biofuel for commercialization - p. Page x 10. Chapter 2 : Life cycle assessment of biofuels derived from Mahua (Madhuca species) flowers and seeds: key issues and perspectives - p. Page 9 11. Chapter 3 : Generation of biofuels from rice straw and its future perspectives - p. Page 21 12. Chapter 4 : Prospects of rice straw for sustainable production of biofuels: Current trends and challenges - p. Page 32 13. Chapter 5 : Biofuel production from algal biomass: Technologies and opportunities addressing the global energy crisis - p. Page 42 14. Chapter 6 : Bioenergy production from algae: biomass sources and applications - p. Page 57 15. Chapter 7 : Microbial bioprospecting of biodiesel industry-derived crude glycerol waste conversion into value-added products - p. Page 65 16. Chapter 8 : Microalgae-based biofuel synthesis - p. Page 84 17. Chapter 9 : A plausible scenario for the third generation of biofuels from microalgae - p. Page 103 18. Chapter 10 : Microalgae as a promising feedstock for biofuel production - p. Page 119 19. Chapter 11 : Thermochemical conversion of biomass into valuable products and its modeling studies - p. Page 132 20. Chapter 12 : Rice straw for biofuel production - p. Page 149 21. Chapter 13 : Biofuel production from algal biomass - p. Page 164 22. Chapter 14 : Microalgae biofuels: a promising substitute and renewable energy - p. Page 177 23. Chapter 15 : Biofuel production by catalysis - p. Page 187 24. Chapter 16 : Potential of lignin as biofuel substrate - p. Page 197 25. Chapter 17 : Biohydrogen production from dark fermentation of lignocellulosic biomass - p. Page 219 26. Chapter 18 : Theoretical insight into methanol sono-conversion for hydrogen production - p. Page 239 27. Chapter 19 : Upscaling of LaNi5-based metal hydride reactor for solid-state hydrogen storage: numerical simulation of the absorption–desorption cyclic processes - p. Page 252 28. Chapter 20 : Oleaginous microbes for biodiesel production using lignocellulosic biomass as feedstock - p. Page 267 29. Chapter 21 : An insight into rice straw–based biofuel production - p. Page 293 30. Chapter 22 : Sources and techniques for biofuel generation - p. Page 307 31. Chapter 23 : Biomass waste and feedstock as a source of renewable energy - p. Page 320 32. Chapter 24 : Bioenergy and beyond: biorefinery process sources, research, and advances - p. Page 334 33. Chapter 25 : Endemic microalgae biomass for biorefinery concept and valorization - p. Page 345 34. Chapter 26 : Microalgae biomass: a model of a sustainable third-generation of biorefinery concept - p. Page 366 35. Chapter 27 : Green hydrogen production: a critical review - p. Page 377 36. Chapter 28 : Algal biofuel production using wastewater: a sustainable approach - p. Page 389 37. Chapter 29 : Rice straw: a potential substrate for bioethanol production - p. Page 397 38. Chapter 30 : Algal bioenergy: the fuel for tomorrow - p. Page 405 39. Chapter 31 : Plant-based biofuels: an overview - p. Page 427 40. Chapter 32 : Bioenergy: biomass sources, production, and applications - p. Page 442 41. Chapter 33 : Bioprospecting microalgae for biofuel synthesis: a gateway to sustainable energy - p. Page 450 42. Chapter 34 : Technoeconomic analysis of biofuel production from agricultural residues through pyrolysis - p. Page 459 43. Chapter 35 : Different methods to synthesize biodiesel - p. Page 468 44. Index - p. Page 484
