Powering the Future: Green Chemistry Pathways to Hydrogen, Solar and Biofuel Energy

Powering the Future Green Chemistry Pathways to Hydrogen, Solar and Biofuel Energy provides a comprehensive exploration of the scientific foundations, technological advancements, and environmental implications of renewable energy systems developed through the lens of green chemistry. The book examines how chemical innovation can help transition from fossil-based fuels to cleaner alternatives by integrating sustainability principles into energy production and utilization.
It begins with an overview of green chemistry and its twelve guiding principles, setting the stage for understanding eco-efficient methodologies. Subsequent chapters delve into hydrogen energy covering its production via electrolysis, photocatalysis, and biological routes followed by detailed discussions on solar energy harvesting using photovoltaic and photochemical systems. The biofuel section focuses on converting biomass into ethanol, biodiesel, and biogas through environmentally benign catalysts and zero-waste processes.
The book also highlights recent research trends, lifecycle assessments, and policy frameworks that encourage the global adoption of green technologies. Case studies demonstrate successful implementations and industrial-scale applications that align with the Sustainable Development Goals (SDGs). By combining scientific rigor with practical insight, this work aims to equip readers with the knowledge to innovate responsibly in the renewable energy sector.
Whether you are a student seeking to understand the chemistry behind sustainable energy, a researcher pursuing greener technologies, or an industry professional interested in eco-efficient solutions, this book offers a clear, insightful, and forward-thinking perspective on the pathways that will define our cleaner energy future.