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Produkt vom BFSG ausgenommen: Hersteller ist Kleinstunternehmen

Pierre Noizat

Energy, the flip side of money

Earthscan Studies in Natural Resource Management

This book examines the role of cooperatives in the sustainable management and governance of natural resources, drawing on a range of case studies from across Africa.Cooperatives play a pivotal role in natural resource management, especially in the face of a changing climate. Their collaborative nature and focus on sustainability make them effective vehicles for adapting to and mitigating the increasing pressure on natural resources. This role is particularly important in Africa, where millions of livelihoods are dependent on a healthy, functioning natural resources. The proper governance of these valuable natural resources is critical in building resilience. This volume evaluates the potential cooperatives hold in the sustainable management and governance of natural resources, bringing together both theoretical contributions and real-world examples and providing practical guidance and policy recommendations. Drawing on detailed case studies from Tanzania, Zimbabwe, Nigeria and South Africa, chapters examine the roles played by cooperatives involved in the management and governance of water, energy, forests, fisheries and agricultural resources. Taking an interdisciplinary approach, integrating insights from economics, sociology and development studies, the volume showcases how cooperative models can be leveraged to effectively manage natural resources. It situates the African case studies within the wider, global context of the sustainable management and governance of natural resources, addressing key themes of conflict, depletion, and environmental conservation.This book will be of great interest to students and scholars of natural resource management, sustainable development, and African studies.

Sustainable Management and Governance

Natural Resource Cooperatives in Africa

Why Big Labor moved to the right— and the fight ahead for the left to win back America’s working class Unions helped construct the American middle class, defeat Jim Crow, and advance progressive rights, but in Trump’s America, the labor movement is changing. In Big Labor's Big Shift, journalist Nathan Bomey explores how Big Labor and the working class are no longer an automatic ally of the American left. Fueled by decades of economic decline, political disillusionment, and cultural disenfranchisement, new politically nebulous and economically populist leaders in the movement are building a powerful new movement based on class warfare that prizes wage and benefit gains over traditional progressive priorities. Through original reporting and first-hand interviews, Bomey traces key events that have led to this political shift. Bomey reveals: -At the Teamsters, president Sean O’Brien is cozying up to Donald Trump and blasting Democrats as tools of big business, even showing up at the Republican National Convention to deliver his message. -At the United Auto Workers, president Shawn Fain is seizing an opportunity to break the free trade consensus in Washington. The devout Christian, who wields religious rhetoric from the stump, is aligning with the Trump White House on tariffs and blasting Democrats for aggressively pursuing electric vehicles to fight climate change. Bomey shows how the two interconnected phenomena represent a massive political realignment—not just along cultural and nationalism lines, but of the working class itself away from its historic roots in the Democratic party. Urgent and compelling, Big Labor's Big Shift encapsulates the fight for the soul of the union movement.

Why Unions Left Democrats

Big Labor's Big Shift

The social cost of carbon: The most important number you've never heard of—and what it means. If you’re injuring someone, you should stop—and pay for the damage you’ve caused. Why does this simple proposition, generally accepted, not apply to climate change? In Climate Justice, a bracing challenge to status quo thinking on the ethics of climate change, renowned author and legal scholar Cass Sunstein clearly frames what’s at stake and lays out the moral imperative: When it comes to climate change, everyone must be counted equally, regardless of when they live or where they live—which means that wealthy nations, which have disproportionately benefited from greenhouse gas emissions, are obliged to help future generations and people in poor nations that are particularly vulnerable.

What Rich Nations Owe the World—and the Future

Climate Justice

The accelerating global demand for sustainable solutions has catalyzed the integration of emerging technologies with sustainability-driven innovations. This book explores the intersection of technology, engineering, and environmental responsibility through six critical themes: Artificial Intelligence and Machine Learning for Sustainability, Cloud Computing Technologies, Sustainable Energy Technologies, Sustainable Materials and the Built Environment, Sustainable Actions, and Innovative Engineering and Technology.Artificial intelligence and machine learning play a pivotal role in optimizing resource management and enabling low-carbon decision-making, while cloud computing technologies provide scalable platforms for collaboration and innovation. Sustainable energy technologies such as solar, wind, and bioenergy are examined as vital pathways toward clean power generation. The discussion extends to sustainable materials and the built environment, emphasizing eco-friendly design and circular economy principles. The book also highlights sustainable actions driven by policy, behavioral change, and community engagement. Together, these domains represent a multidisciplinary pathway toward achieving global sustainability goals, fostering a balance between technological advancement and ecological preservation.This book is a key resource for leaders, academia, policymakers, professionals, and researchers to advance sustainable development through science, technology, and engineering. It provides valuable insights for integrating AI, renewable energy, and sustainable engineering into practical applications for a greener future.

Emerging Trends in Sustainable Energy, Smart Systems, and Green Technology

This updated edition explores the critical field of energy storage technologies in today's evolving energy landscape. It serves as an essential reference describing various methods of storing energy in the context of renewable energy integration and efficient resource utilization.Energy Storage: Systems and Components, Second Edition, provides a thorough examination of current storage technologies and analytical frameworks. The book explores systems using electrochemical transformations, classical battery storage elements, flow batteries, fuel cells and hydrogen storage while also investigating storage systems based on physical principles such as gravitational potential forces, air compression and rotational kinetic energy. The book begins with generalities on energy storage systems, establishing fundamental parameter sets for analyzing efficiency and performance characteristics, with special attention to usable energy density across different technologies. It then methodically reviews major storage technologies with detailed technical descriptions and models, covering everything from physics-based solutions like mechanical gravitational systems and pumped hydro to compressed air storage, various electrochemical solutions and chemical transformations. This new edition includes expanded sections on emerging topics like e-methanol production, synfuels for seasonal storage and dry gravitational technology. Readers will benefit from the inclusion of Ragone plot theory, which enables evaluation of real energy release potential relative to power dependency during discharge processes.This book is ideally suited for practicing engineers and researchers in the energy domain who need comprehensive technical information on storage applications and design principles. It also serves engineering students studying energy systems, renewable integration and storage technologies, providing them with fundamental concepts and practical exercises to enhance understanding.

Systems and Components

Energy Storage

There is a strong need for further innovation and the development of viable renewable energy sources. Recent technological advances now allow natural gas supplies-previously believed inaccessible or nonexistent-to be discovered, mined, and processed for both industrial and consumer use. The technology, a controversial process called hydraulic fracturing, has greatly expanded natural gas production in the United States and elsewhere. As these practices have become more commonplace, concerns about the related environmental and public health impacts have also increased-one of the most significant concerns regarding the fluids that are injected into rock formations to cause the fracturing which contain potentially hazardous chemical additives. Environmental Impacts of Hydraulic Fracturing is a balanced and comprehensive guide to all aspects of hydraulic fracturing and covers all facets of the issue, including ongoing controversies about possible water pollution, drinking water contamination, and the potential for harmful chemical exposure. The author discusses both the pros and cons of hydraulic fracturing, explaining the process in great detail. Arguably the first book of its kind, this is the go-to text on the use and impacts of hydraulic fracturing.<ul> <li>Includes suggestions and recommendations on how to mitigate environmental damage caused by hydraulic fracturing.</li> <li>Weighs the pros and cons of hydraulic fracturing.</li> <li>Describes the benefits of hydraulic fracturing and its importance for potential energy independence.</li> <li>Largely updated for this new, second edition.</li> </ul>

Environmental Impacts of Hydraulic Fracturing

Managing the Future: Sustainability Leadership in Energy offers an invaluable guide on how to lead sustainability within the energy sector by presenting real-world experiences of leaders who have successfully integrated sustainability into their operations. The book outlines the framework provided by the United Nations' 17 Sustainable Development Goals (SDGs), emphasizing practical strategies for achieving these goals. The book delves into various aspects, including Sustainability and ESG reporting, the intersection of Sustainability and Geoscience, and effective communication, vision, and strategy setting. It also highlights the contributions of academic leaders in advancing the 2030 UN Sustainability Agenda, and provides narratives from other sectors to illustrate common challenges and opportunities in corporate sustainability initiatives.

Sustainability Leadership in Energy

Managing the Future

The Sustainability Conundrum: Balancing Energy Transition and Global Development investigates how a clean environment and mitigation of Global Climate Change will affect the UN's sustainability goals for development, poverty elimination, and inequality reduction. The book covers the necessity of energy use for humans, the global demand and the supply of energy, and the environmental challenges of energy consumption.Outlining the interconnections between four of the UN goals, the book discusses the Global Climate Change problem by explaining how the scientific community eradicated other global environmental threats, such as acid rain, lead contamination, and the ozone hole. It establishes the uniqueness of Global Climate Change; evaluates proposed methods and "roadmaps" to achieve meaningful carbon dioxide emissions reductions; computes the cost of the necessary infrastructure for their implementation on a regional and a global scale; and draws conclusions about the implementation of the proposed energy transition and the sustainability goals for the elimination of poverty and reduction of inequalities within and among nations.This book is intended for students of sustainability initiatives and any readers interested in the ongoing challenges surrounding sustainability and global economic development.

Balancing Energy Transition and Global Development

The Sustainability Conundrum

Routledge Studies in Energy Policy

Hydrogen is increasingly seen as a key element of Europe's energy transition, central to both decarbonisation and energy security. This edited volume provides a comprehensive and systematic analysis of what can be called "Hydrogen Law" in the European Union and Europe, examining how law and governance are shaping the emergence of a hydrogen market.The volume brings together leading academic and practitioner perspectives to analyse the evolving regulatory framework for hydrogen across the entire value chain, from production and certification to infrastructure, markets, public funding, and international trade. It situates hydrogen within EU energy and climate law, explores key concepts such as renewable and low-carbon hydrogen, and addresses cross-cutting issues including state aid, network regulation, planning, public participation, and justice. Combining general legal analysis with regional and comparative case studies - such as hydrogen valleys, hubs, and partnerships with third countries - the volume highlights regulatory challenges, emerging solutions, and future pathways towards a coherent European hydrogen law.The book is aimed at scholars, policymakers, regulators, legal practitioners, and advanced students working in energy law, EU law, sustainability, and the energy transition, as well as stakeholders involved in hydrogen markets and infrastructure development.The Open Access version of this book, available at http://www.taylorfrancis.com, has been made available under a Creative Commons [Attribution-Non Commercial-No Derivatives (CC BY-NC-ND)] 4.0 license.

Hydrogen Law in the European Union and Europe

The global market in money – housed in the offshore ‘shadow’ banking system – holds $217 trillion in financial assets and operates beyond the reach of any nation’s taxman. Asset managers, private equity firms, and pension and sovereign wealth funds scoop up the world’s savings for investment and manage them as they choose, unaccountable to politicians or the citizens who elect them. In this brilliant, accessible and incisive introduction to the murky world of glo­balized finance, Ann Pettifor links the activities of remote mobile financial markets to both the cost-of-living and climate crises. In an insane global casino, bankers are gambling with our future. When we foot the bill, no one but a few economists understands what has happened. The result is volatile, unpre­dictable and uncontrollable speculation in global commodities, pension, energy, and housing. Pettifor argues that societies and gov­ernments can take back control of the global financial system. We have done it before and can do it again. Indeed, it is imperative that we do so if we are to manage the twin threats of climate breakdown and biosphere collapse.

How Wall Street Gambles with People and the Planet

The Global Casino

The concept of a "smart grid" has evolved over the years as a sustainable way to modernize and improve the efficiency and reliability of the traditional electrical power system. This book provides comprehensive coverage of the fundamental concepts of smart grids and related advanced key technologies. It also covers the modeling and simulation of various smart grid architectures, using various software tools and packages, with a focus on the design of energy management, control, and optimization strategies. It includes various case studies on smart grid development to help readers understand the practical applications of the technology and how it can be implemented in different settings.Features<ul> <li>Addresses the most recent research and developments of smart grids and microgrids from an interdisciplinary approach.</li> <li>Discusses methods and tools for the design and optimization of smart grids.</li> <li>Offers in-depth coverage of smart grid technologies, and practical guidance on the implementation of smart grids.</li> <li>Explains advanced smart grid modeling, monitoring, control, and protection, and advanced algorithms.</li> <li>Includes several case studies, practical examples, and interactive diagrams and illustrations to make the concepts more engaging and accessible to a wider audience.</li> <li>Provides comprehensive coverage of cybersecurity aspects and challenges that smart grid technology is facing.</li> </ul>This is an essential resource for undergraduate or graduate courses covering modern power systems and the concept of smart grids. It also serves as a source for several training courses for utility engineers who aim to expand their knowledge on smart grids.

Modeling, Design, Optimization, and Control

Smart Power Networks

Routledge Explorations in Energy Studies

This book offers a comprehensive synthesis of recent advances in net energy analysis (NEA), bridging gaps in the literature, integrating insights from multiple disciplines, and providing practical tools for future research.Modern societies are built upon energy and, more precisely, net energy-the energy available after accounting for the energy required to build, operate, and maintain the energy system. NEA provides the science to assess net energy and its implications, often through the concept of energy return on investment (EROI). Over the past five decades, NEA has expanded from early EROI studies into a toolkit spanning process-based accounting, input-output analysis, hybrid methods, and system-wide assessments. This toolkit is increasingly used to evaluate transition pathways, yet the field still lacks a comprehensive synthesis. Net Energy Analysis: The State of the Art brings together leading scholars to clarify the definitions, concepts, metrics, and methods that define contemporary NEA, while also exploring connections with adjacent fields such as evolutionary biology, industrial ecology, and ecological economics. Part I examines different interpretations of NEA, tracing its development from historical foundations to its relevance in financial markets and economics. Part II focuses on converging methodologies, including process-based approaches, input-output analysis, and a taxonomy of net energy metrics. Parts III and IV move into more advanced applications and emerging frontiers, such as system-level EROI estimation and the integration of net energy concepts into integrated assessment models (IAMs), among others.The book will be a useful resource for students in energy and sustainability, while also offering both new and experienced scholars a concise summary of key debates and the latest cutting-edge contributions relevant to their research.The Open Access version of this book, available at http://www.taylorfrancis.com, has been made available under a Creative Commons [Attribution-Non Commercial-No Derivatives (CC BY-NC-ND)] 4.0 license.

The State of the Art

Net Energy Analysis

Energy, the flip side of money

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