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This book provides a comprehensive platform for the research, scientific and educational communities working on electrocatalysis. It covers water electrolysis from different fields of catalysis research, deals with the fundamentals and critically discusses the precise and correct use of evaluating parameters and their calculation for a fair evaluation. Readers find an analysis to probe the origin of different bottlenecks in water electrolysis and scientific methods to enhance the electrode selectivity with high intrinsic activity, effective mass and electron transfer ability, abundant active sites with super hydrophilicity-aerophobicity characteristics and structural, mechanical and chemical stability with high corrosion resistance.

Electrocatalysis. --- Electrochemistry, Industrial. --- Hydrogen evolution reaction. --- Electrochemistry. --- Renewable energy sources. --- Water-power. --- Catalysis. --- Renewable Energy. --- Hydroenergy.

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This book aims to collect the latest theoretical and technological ideas in design and construction for different kinds of oceanic wave energy converters including linear electrical generators and drive systems. Advancements in new wave energy converters, linear machine topologies, integrated mathematical modeling, application of high graded magnetic materials, and high-performance control strategies are of great interest. With the ability to generate direct thrust without any mechanical transmission, the linear electrical machines serve as the excellent choice for wave energy generators, free piston engine, industrial applications requiring linear motion, and so on. On the other hand, the special characteristics of linear electrical machines, such as the large air gap length, force ripples, end effects, cogging force, cut open magnetic circuit, half-filled end slot, pose a great challenge to the engineer and scientist. The challenge is not only for designing electrical machines but also for control strategies. The chapters of this book have been structured with theoretical, simulation, and experimental results in such a way that it provides a consistent compilation of fundamental theories, a compendium of current research and development activities as well as new directions to overcome critical limitations. .

Ocean wave power. --- Electric power production. --- Water-power. --- Control engineering. --- Electrical Power Engineering. --- Hydroenergy. --- Control and Systems Theory.

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Climate change is a reality that cannot now be disputed and solutions exist, whether technological or societal. However, it is essential to understand their capacity to meet a demand for energy and resources that will continue to grow. Faced with the confusion of messages, the multiplicity, and, sometimes, the naivety of the roadmaps for achieving a carbon-neutral world, this concise book proposes a return to the fundamentals that we should all know before we can choose the type of development we want. It invites us to move away from dogmatic positions, preconceived, and partisan ideas and to become aware that all the choices available to us have advantages and disadvantages, and that these must be rigorously quantified in order to prevent today's solutions from becoming tomorrow's disasters.

Climatic changes. --- Energy development. --- Renewable energy sources. --- Sustainable architecture. --- Sustainability. --- Wind power. --- Solar energy. --- Water-power. --- Renewable Energy. --- Sustainable Architecture/Green Buildings. --- Wind Energy. --- Solar Thermal Energy. --- Hydroenergy.

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The book fills the existing gap in the literature on clean and hydrogen combustion technologies for industrial applications. This gas is created due to the absence of a comprehensive textbook that covers such kinds of developments. This book can be used as a textbook for graduate-level courses in the areas of clean and hydrogen combustion and as a reference book for short courses to be offered to mechanical and aerospace engineers and young researchers worldwide. The book chapters consider investigating clean and hydrogen combustion techniques for different applications based on experimental measurements along with detailed numerical simulations. Detailed descriptions of the different numerical models are presented for given applications to solve for the flow/flame fields, which are very important, especially for beginners and undergraduate students in the fields of clean and hydrogen combustion.

Water-power. --- Renewable energy sources. --- Electric power distribution. --- Energy harvesting. --- Hydrogen as fuel. --- Hydroenergy. --- Renewable Energy. --- Energy Grids and Networks. --- Energy Harvesting. --- Hydrogen Energy.

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This collection is focused on industrial energy sustainability and CO2 management, including processes that improve energy efficiency and reduce or eliminate industrial GHG emissions. Topics address technology areas such as clean energy technologies, innovative beneficiation, smelting technologies, process intensification, as well as CO2 capture and conversion for industrial applications. Areas of interest include, but are not limited to: · Decarbonizing Materials Processing · Use of low carbon fuels, feedstock, and renewable energy resources for materials processing. · Emerging processes and techniques for industrial CO2 capture, conversion/upgrade · CO2 and other GHG reduction metallurgy in ferrous, non-ferrous and reactive metals processing, including rare-earth metals. · Energy Efficiency & Industrial Electrification · Electrification of industrial process heat and electrified production of energy carriers (e.g., hydrogen, ammonia) · Energy efficiency improvements for materials processing and smart manufacturing for optimized process control · System integration and thermal integration of process heat, waste heat recovery, and other technologies for industrial energy efficiency · Sustainability Analysis · Techno-economic life-cycle, resource efficiency and circular economy modeling of energy-intensive processes and associated material supply chains · The role of energy education and regulation in energy and materials sustainability .

Renewable energy sources. --- Wind power. --- Water-power. --- Energy storage. --- Climatology. --- Materials. --- Carbon. --- Chemistry. --- Renewable Energy. --- Wind Energy. --- Hydroenergy. --- Mechanical and Thermal Energy Storage. --- Climate Sciences. --- Carbon Materials. --- Carbon dioxide mitigation. --- Renewable energy sources