Reprint

Advances in Sustainable Bioenergy Production and Biomass Waste Reutilization

Edited by
April 2024
214 pages
  • ISBN978-3-7258-0624-9 (Hardback)
  • ISBN978-3-7258-0623-2 (PDF)

This book is a reprint of the Special Issue Advances in Sustainable Bioenergy Production and Biomass Waste Reutilization that was published in

Business & Economics
Environmental & Earth Sciences
Social Sciences, Arts & Humanities
Summary

Biomass has been an integral part of our civilization since prehistoric times. It has a broad range of applications covering energy, food, specialty chemicals, advanced materials, transportation, constructions and many more, which collectively represent most of our basic needs. Its role as a renewable bioenergy source is becoming increasingly critical lately due to the impact of fossil fuels on our environment and ecosystem. Bioenergy derived from biomass can offer several advantages to our current and future energy supply chain, including being renewable, carbon neutral, widely available irrespective of the geographical location, easily accessible and readily fitting into the current energy infrastructure. As such, in this Special Issue, the latest advancements in sustainable bioenergy production in various aspects are gathered and published, including biomass waste recycling and reutilization. It is hoped that the publications within can fill some of the gaps in our existing knowledge on bioenergy production and biomass waste recycling while simultaneously spurring more in-depth research works in these areas.

Format
  • Hardback
License and Copyright
© 2024 by the authors; CC BY-NC-ND license
Keywords
biodiesel; bioreactor biomass; Ganoderma lucidum; mushroom cultivation; repeated-batch fermentation; oil palm empty fruit bunch; polyvinyl alcohol; cellulose fiber; biocomposite; Moving Least Square; Multivariate Power Least Square; black soldier fly; biodiesel; bibliometric analysis; waste-food-energy nexus; publications; waste biomass; lignocellulose; biological treatment; Trichoderma viride; ethanol; phytoremediation; hyperaccumulator plants; heavy metals pollution; accumulation; bioremediation; biomass; catalyst; magnetic; oil palm; oleic acid; energy; organic waste; tomato; microbial fuel cells; electric power; biomass; metal electrodes; bioenergy extraction; pyrolysis; lifecycle analysis; carbon emissions; techno-economic; feasibility; biomass; food waste biochar; co-combustion (co-pyrolysis); thermomechanical analysis; drop tube furnace; slagging; fouling; grindability; phytoremediation; zinc; water lettuce; water hyacinth; characteristics; parameter studies; pyrolysis; face mask; biomass; sustainability; EFB; oil palm empty fruit bunch; organosolv pre-treatment; microwave irradiation; delignification; total sugars