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Isbn 13: 9798190174021

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Hydrogen, the simplest and most abundant element in the universe, occupies a unique position in both nature and technology. From fueling the nuclear fusion reactions that power stars to serving as a critical industrial feedstock on Earth, hydrogen has profoundly influenced scientific discovery, technological innovation, and industrial development. Today, as the global community seeks sustainable solutions to address climate change, energy security, and environmental challenges, hydrogen has emerged as one of the most promising pillars of the clean energy transition.
The growing demand for carbon-neutral energy systems has accelerated research and investment in hydrogen technologies across the world. Green hydrogen, produced through the electrolysis of water using renewable energy sources such as solar and wind, offers a pathway toward decarbonizing sectors that are difficult to electrify, including steel manufacturing, chemical processing, heavy transportation, aviation, shipping, and long-duration energy storage. Simultaneously, advances in fuel cells, hydrogen storage materials, electrolyzers, digital manufacturing, artificial intelligence, and smart energy systems are transforming hydrogen from a traditional industrial gas into a strategic energy carrier capable of supporting future sustainable economies.
Hydrogen is far more than a fuel. It is an essential raw material for ammonia and methanol production, petroleum refining, metallurgy, electronics manufacturing, semiconductor fabrication, aerospace propulsion, and numerous chemical processes. Its versatility enables applications across multiple industries, making it one of the most important elements for modern engineering and industrial innovation. As governments worldwide announce ambitious net-zero emission targets, hydrogen is increasingly viewed as a bridge connecting renewable energy, industrial productivity, and environmental sustainability.
This book, Hydrogen: Science, Engineering, and Industrial Applications, has been written to provide a comprehensive understanding of hydrogen from both scientific and engineering perspectives. It combines fundamental principles with industrial practices, offering readers a structured journey from the atomic characteristics of hydrogen to its advanced applications in emerging technologies. The book is intended to serve as a valuable resource for undergraduate and postgraduate students, researchers, practicing engineers, scientists, educators, policymakers, entrepreneurs, and industry professionals seeking an integrated understanding of hydrogen technologies.
The early chapters introduce the physical and chemical properties of hydrogen, atomic structure, thermodynamics, reaction kinetics, and conventional production technologies. Subsequent chapters explore modern hydrogen generation methods, including water electrolysis, renewable hydrogen production, biological pathways, and artificial photosynthesis. Detailed discussions are provided on hydrogen purification, storage technologies, transportation systems, material selection, process engineering, and plant design, establishing the engineering foundation required for industrial implementation.
The book further examines hydrogen's diverse industrial applications, including fuel cells, power generation, petroleum refining, chemical manufacturing, metallurgy, electronics, semiconductor fabrication, transportation, aerospace, and nuclear energy integration. Special attention is given to hydrogen safety, environmental impact assessment, regulations, international standards, economics, and the development of global hydrogen infrastructure. These topics are essential for ensuring the safe, efficient, and economically viable deployment of hydrogen technologies on a commercial scale.

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Isbn 13 :9798190174021
Encadernação Hydrogen: Science, Engineering, and Industrial Applications:Capa Comum
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