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Green Hydrogen Generation from Biomass

Power, Conflict, and Possibilities

Atlas of Green Energy Transitions

Fully illustrated and accessible reference covering the background, current state, and future opportunities for wind energy development Wind Energy Landscape presents a comprehensive treatment of wind energy history, principles, and techniques as well as environmental, health, aesthetic, social, and political impacts. Focusing primarily on the European and North American markets with additional reviews from Asia, this book enables readers to gain a practical overview and understanding of modern wind energy, supported by in-depth case studies throughout. Fully illustrated with maps, satellite images, drawings, and photographs taken on the ground or via kite aerial photography, this book disproves many myths about wind energy--such as by demonstrating that wind farms may exist in rural land or offshore settings with minimal impacts--and promotes the radical-middle approach for integrated and evolving energy resources in which wind power has come to play a prominent role. The authors suggest that wind power in global energy development should be given prominent treatment, particularly for renewable, non-polluting energy sources. Wind Energy Landscape discusses topics including: <ul> <li>History of wind energy electricity generation through the late 19th and 20th centuries</li> <li>Environmental and aesthetic issues, including impacts on wildlife such as birds and bats as well as visibility and turbine noise</li> <li>Public policy for wind energy, covering subsidies, financial and import-export incentives, feed-in tariffs, local-content requirements, and R&amp;D investments</li> <li>Energy production and consumption of wind energy in comparison to nuclear energy, solar energy, and hydro and tidal energy, as well as fossil fuels including coal, oil, and natural gases</li> <li>An accompanying website includes news, updates, and more. Available at http: //www.geospectra.net/kansas_wind/ks_wind.htm.</li> </ul> Bridging the gap between advanced engineering and popular books, Wind Energy Landscape is an essential reference on the subject for students in introductory courses on electrical, mechanical, and aerodynamic engineering, engineers working with renewable and sustainable energy, and public policy makers.

Principles, Techniques, History

Wind Energy Landscape

This book presents hybrid value stream mapping tools for developing Lean and green supply chains. The tools incorporate green and Lean concepts that can assist supply chain decision makers to simultaneously minimize wastes, costs, environmental damage, and energy and material usage In addition, it provides a new integrated approach for evaluating supply chain performance from both green and Lean perspectives. As supply chain stakeholders increasingly become aware of the need to simultaneously address economic, environmental, and energy usage issues, it is essential to formulate performance objectives based on these issues. To achieve these objectives, the book provides tools and techniques for value stream mapping the supply chain. Suggested tools, such as green lean process mapping, quality filter mapping, energy value stream mapping, and supply chain response matrix can assist supply chain decision makers to simultaneously achieve green and Lean objectives centered on minimizing wastes, costs, environmental damage, as well as energy and material usage. The book is divided into three parts. Part I presents recent concepts of green and Lean paradigms, as well as green Lean performance in supply chain systems. Part II presents parallel and integrated green Lean models, based on the triple bottom line (also known as the 3E bottom line) perspective, covering aspects related to the economy, the environment, and energy and material usage. Part III presents and explains a range of tools and techniques, where Leanness and greenness are emphasized from a common view point. A compendium of Lean green value stream mapping tools are presented and illustrated using succinct procedures, flowcharts and examples.

This book presents hybrid value stream mapping tools for developing Lean and green supply chains. The tools incorporate green and Lean concepts that can assist supply chain decision makers to simultaneously minimize wastes, costs, environmental damage, and energy and material usage In addition, it provides a new integrated approach for evaluating supply chain performance from both green and Lean perspectives. As supply chain stakeholders increasingly become aware of the need to simultaneously address economic, environmental, and energy usage issues, it is essential to formulate performance objectives based on these issues. To achieve these objectives, the book provides tools and techniques for value stream mapping the supply chain. Suggested tools, such as green lean process mapping, quality filter mapping, energy value stream mapping, and supply chain response matrix can assist supply chain decision makers to simultaneously achieve green and Lean objectives centered on minimizing wastes, costs, environmental damage, as well as energy and material usage. The book is divided into three parts. Part I presents recent concepts of green and Lean paradigms, as well as green Lean performance in supply chain systems. Part II presents parallel and integrated green Lean models, based on the triple bottom line (also known as the 3E bottom line) perspective, covering aspects related to the economy, the environment, and energy and material usage. Part III presents and explains a range of tools and techniques, where Leanness and greenness are emphasized from a common view point. A compendium of Lean green value stream mapping tools are presented and illustrated using succinct procedures, flowcharts and examples.

Using Value Stream Mapping to Improve the Environment, Productivity, and the Economy

Lean and Green Supply Chains

Fundamentals, Materials, Characterization, and Developments

Metal-ion Capacitors

Woodhead Publishing Series on Carbon Capture and Storage

Biobased Materials in Carbon Capture Applications addresses the pressing issue of carbon dioxide (CO2) capture, storage, and utilization in the context of mitigating greenhouse gas emissions and combatting climate change. The proposed research reference book focuses on the utilization of biobased materials for CO2 capture applications, emphasizing the need for sustainable alternatives derived from renewable biomass. Key technical aspects include exploring the potential of biobased materials in CO2 capture processes, offering insights into innovative and environmentally friendly solutions for reducing CO2 emissions. The text progresses from an introduction to CO2 capture technology and fundamentals of biobased materials to specific types of biobased materials and their applications in CO2 capture processes. It then explores performance evaluation techniques, hybrid CO2 capture systems, case studies, scalability and feasibility considerations, environmental and regulatory aspects, future trends, and concludes with key recommendations for utilizing biobased materials to address CO2 emissions effectively. Biobased Materials in Carbon Capture Applications aims to provide a comprehensive resource for researchers, engineers, policymakers, and industry professionals by reviewing current CO2 capture technologies, highlighting advancements in biobased materials for CO2 capture, discussing sustainability aspects, presenting case studies, exploring future research directions, and analyzing policy and economic considerations. By bridging the gap between research and practical applications, the book seeks to advance the development of sustainable CO2 capture technologies to support global climate change mitigation efforts.

Biobased Materials in Carbon Capture Applications

Woodhead Series in Bioenergy

Advances and Applications for Biomass, Biofuels, and Bioproducts

Biotechnology Processes in Bioenergy

Applied Biotechnology Reviews

Advances in Biogas Technology Systems

Nuclear Science, Technology, and Civilization presents an introduction to nuclear science and technology, providing technical terms and examples in an accessible way. Beginning with an introduction to the fundamental concepts of nuclear science, nuclear technology, and nuclear energy, the book then reviews the origin and historical developments of nuclear energy and nuclear technology across multiple applications, such as industry, agriculture, and medicine. A collection of global case studies are then presented, reviewing national conditions of typical countries or regions to explain the differences in the impact of nuclear science and technology on similar communities. The book also offers a deep dive into the energy demand for nuclear science technology, considering topics such as carbon peaking and carbon neutrality goals. It concludes with a discussion on the future of human and nuclear civilization, outlining the impact of future, advanced nuclear technology.

Nuclear Science, Technology, and Civilization

Woodhead Publishing Series in Energy

Technologies and Applications

Organic Rankine Cycle (ORC) Power Systems

Wind Energy: Societal and Human Impacts presents the theoretical basis for the various impacts of wind turbines on humans. These impacts include noise (in the audible, low-frequency, and infrasound ranges), visual effects (shadow flicker and light reflections), electromagnetic fields, vibrations and oscillations from wind turbines.

Wind Energy: Societal and Human Impacts

Emerging Technologies and Materials in Thermal Engineering

Fundamentals and Applications

Thermofluids in Sustainable Energy Systems

Metal Oxides

Green and Sustainable Synthesis of Iron Oxide-Based Nanomaterials for Energy and Environmental Applications explores various synthesis methods of iron and iron oxide nanoparticles, with an emphasis on green synthesis - a sustainable and eco-friendly method. The book investigates a range of alternative routes to the synthesis of iron-based nanomaterials, such as using microorganisms (fungi, bacteria, actinomycetes), algae, green plants, and various biocompatible green reagents such as biopolymers, cellulose, and biomass. Furthermore, the effects of various parameters used in the green synthesis approach are examined in order to provide a clear image of the physicochemical features of the nanomaterials created.

Green and Sustainable Synthesis of Iron Oxide-Based Nanomaterials for Energy and Environmental Applications

Green Hydrogen Generation from Biomass

Weitere Titel zum Thema