Atsiliepimai
Aprašymas
Worldwide concern for clean energy, environmental protection, and global warming has given rise to the rapid search for alternative energy sources. Hydrogen as an alternative energy for the future is considered in high regard due to its efficiency as well as its sustainability. This new book, Biohydrogen Production: Recent Insights in Modeling, Storage, and Technology, presents the principles and methods for production of biohydrogen from renewable sources. The volume provides up-to-date information addressing solutions for biohydrogen for clean fuel, waste management, waste valorization, reduced greenhouse gas emissions, and climate change mitigation.
The book provides an overview of the various prospects and challenges faced in biohydrogen production while also considering environmental issues and economic aspects. It examines in-depth both the production as well as storage aspects of biohydrogen production. The methods of hydrogen production that are discussed include gasification technology, catalytic pyrolysis, dark fermentative and photo-fermentative processes, and more. Several chapters specially focus on the use of microalgae, food waste, and microbial electrolysis cell for production of biogas and biohydrogen.
This volume will prove highly relevant to chemical and bioprocess engineers, specialists in renewable energy, biofuel scientists, industrial researchers, biochemists, academicians, and research scholars working in areas relating to renewable energy and platform chemicals.
Worldwide concern for clean energy, environmental protection, and global warming has given rise to the rapid search for alternative energy sources. Hydrogen as an alternative energy for the future is considered in high regard due to its efficiency as well as its sustainability. This new book, Biohydrogen Production: Recent Insights in Modeling, Storage, and Technology, presents the principles and methods for production of biohydrogen from renewable sources. The volume provides up-to-date information addressing solutions for biohydrogen for clean fuel, waste management, waste valorization, reduced greenhouse gas emissions, and climate change mitigation.
The book provides an overview of the various prospects and challenges faced in biohydrogen production while also considering environmental issues and economic aspects. It examines in-depth both the production as well as storage aspects of biohydrogen production. The methods of hydrogen production that are discussed include gasification technology, catalytic pyrolysis, dark fermentative and photo-fermentative processes, and more. Several chapters specially focus on the use of microalgae, food waste, and microbial electrolysis cell for production of biogas and biohydrogen.
This volume will prove highly relevant to chemical and bioprocess engineers, specialists in renewable energy, biofuel scientists, industrial researchers, biochemists, academicians, and research scholars working in areas relating to renewable energy and platform chemicals.
Atsiliepimai