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Full Description
This book explores and summarizes the recent innovations in emerging materials for technological developments of biofuels. It explains synthesis paths under the controlled strategy, characterizations, functional modifications, and applications of various potential emerging materials.
Emerging Materials for Biofuel Developments covers the application of emerging materials in different competent biological feedstocks conversion routes. It highlights the significance of emerging materials in overcoming challenges and enhancing biofuel technologies' efficiency, sustainability, circular economy, feasibility, and prospects. The book:
Includes synthesis and characterization of emerging materials for biofuels
Reviews processing technologies of biomaterials for biofuels
Discusses applications in energy generation, transportation and industrial operations
Explores commercialization of biofuels
Examines future opportunities in biofuel technology developments
This book is aimed at graduate students and researchers in chemical, bioprocess, and environmental engineering.
Contents
Part I: Synthesis, characterization and functional modification of metal-based nanomaterials for biofuel developments. 1. Advanced nanomaterials for biofuels production and their future opportunities. 2. Chemical synthesis and characterization of emerging metallic nanomaterials for biofuels production. 3. Green synthesis and characterization of emerging metallic nanomaterials for biofuel production. 4. Chemical synthesis and characterization of emerging metal oxide nanomaterials for biofuels production. 5. Green synthesis and characterization of emerging metal oxide nanomaterials for biofuels production. 6. Emerging metal oxide nanomaterials for biofuels processing. 7. Carbon-based nanomaterials for biofuels production and processing. 8. Preparation and characterization of magnetic nanomaterials for biofuel production and processing. Part II: Potential conversion routes and biomasses for biofuel developments using emerging nanomaterials. 9. Emerging nanomaterials for thermochemical conversion of biomass to biofuels. 10. Emerging nanomaterials for physico-chemical conversion of biomass to biofuels. 11. Use of nanomaterials in biofuels production from algal sources. 12. Application of nanomaterial in biofuel production from agricultural residues. 13. Role of nanomaterial in biofuels production from potential domestic wastes. 14. Hydrochars as emerging energy sources and their processing: a sustainable approach to energy generation. 15. Developing biomass for biofuel production and its future opportunities. 16. Potential feedstocks, preparation routes, and characterization of biochar for biofuel applications. 17. Role of nanomaterials in biofuels production from industrial wastes. 18. Biochar as a greener catalyst for biofuels production. 19. Functional modification of biochar for enhanced biofuels conversion. 20. Engineered biochar preparation and its application in biofuel technologies. 21. Recent improvements in nano additives for biofuels processing. Part III: Circular economy, challenges and future opportunities of emerging nanomaterials for biofuel developments. 22. Circular economy strategies in the synthesis of emerging nanomaterials for biofuels production. 23. Biorefineries, bioeconomy, circular bioeconomy, and advanced bioeconomy in the sustainable production of enhanced biofuels and nanomaterials for energy storage. 24. Challenges and future perspectives of nanomaterials in biodiesel development utilizing supercritical reactor technology.
