Progress in Hydrogen Production via Sonolysis Processes

Explore a cutting-edge volume that places sonolysis at the forefront of hydrogen production research. This authoritative book delivers a clear, research-driven perspective on acoustic cavitation, sonochemistry, and their role in sustainable H2 generation for industry and academia worldwide.

Combining theoretical foundations with experimental breakthroughs, the authors synthesize recent advances in sonolysis mechanisms, reactor design, process optimization, and scale-up challenges. Case studies and comparative analyses highlight how sonolytic water splitting integrates with renewable electricity, photocatalysis, and hybrid systems — of interest to researchers, engineers, and policy-makers in Europe, North America, Asia, and beyond.

Whether you’re developing green hydrogen projects, teaching advanced energy courses, or evaluating emerging technologies for industrial deployment, this book equips you with actionable insights. Learn practical approaches to maximize H2 yield, reduce energy input, and assess techno-economic viability. Rich in diagrams, data interpretation, and experimental protocols, it bridges lab-scale science and real-world application.

Add this essential reference to your library to stay current on sonolysis-driven hydrogen innovation. Ideal for research labs, graduate students, and energy professionals seeking reliable, peer-informed content.

Published by Elsevier (S&T), this book is a timely resource for the global energy transition toward sustainable hydrogen.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.