This book explores the comprehensive world of biomass-based clean technologies for sustainable development. The meticulously curated book delves into the latest advancements, process and product development aspects, and socio-techno-economic viability of biomass-derived solutions. The book aims to explore cutting-edge strategies and innovative approaches to revolutionize energy and environmental sectors on a global scale. The book covers a wide range of scientific and technological fields, shedding light on the utilization of agricultural and forest-derived biomass. Multifarious applications in biofuels, biochar, natural composites, construction materials, and value-added chemicals are explored. The book is an attempt to impart knowledge to address challenging aspects like feedstock variability, supply chain management, process optimization, product standardization, environmental impact, net carbon footprint, and economic viability. By fostering interdisciplinary collaboration and harnessing the renewable nature of biomass, this book offers a holistic approach to develop novel and sustainable solutions. Researchers, scientists, engineers, and professionals from diverse backgrounds will find this book to be an invaluable resource. Policymakers and industry leaders seeking to drive the adoption of clean and green technologies will gain crucial insights. Students and academics will benefit from the latest advancements in biomass-based clean technologies, process and product development aspects, and sustainability assessments. This book is an essential companion for those dedicated to shaping a greener future and will inspire public-private collaborations and innovative research endeavours.

This book is an insightful introduction to the pressing issues surrounding the climate emergency. The book proposes a set of principles of action, which prioritize technological solutions classified in descending order of carbon density. The book highlights the urgent need to decarbonize industrial sites, as they are the primary sources of carbon emissions. It presents a rational approach to limiting emissions by improving the operational efficiency of industrial processes, electrification, and substitution of fossil fuels with carbon-free energy vectors such as hydrogen or ammonia. The book also describes processes for carbon capture, sequestration in the subsoil, and recovery through industrial products. To demonstrate the application of these principles in difficult-to-decarbonize industrial segments, the book uses the industrial transport industry as an example. It also addresses the decarbonization of individual uses, such as electric cars for individual transport and heat pumps for individual heating. The book concludes by discussing the capture of carbon directly from the atmosphere. It presents a comprehensive view of decarbonization technology, providing readers with a clear understanding of the technological basis required to develop any decarbonization roadmap. The book takes a scientific and engineering approach, trying to avoid any ideological or apocalyptic stance sometimes associated with the topic. The reader is left with a logical and realistic perspective of decarbonization, taking into account scientific and economic logic and orders of magnitude.

The objective of the book is to show the complementarity and integration of food and non-food value chains for the development of a sustainable bioeconomy. One current challenge facing industry and the economy is to meet the needs of a growing world population while preserving the environment. The use of fossil energy resources for several decades has generated a decrease in reserves of these resources, together with a phenomenon of global warming due to the release of greenhouse gases into the atmosphere. More and more industrial sectors, including the chemical industry, are replacing fossil carbon with renewable carbon. The bioeconomy consists in using renewable biological resources to produce food, materials, and energy. A bioeconomy based on the green chemistry and biotechnologies is developing worldwide, as a lever for reducing the ecological footprint of human activities. The book is articulated around six parts, each dedicated to a keystone of the interface betweengreen chemistry and Agro-Food Industry.

​Green Hydrogen in Power Systems examines state-of-the-art applications and the latest developments in technology, protocols, implementation, and application of green hydrogen in power and energy systems. The first book to comprehensively analyze the opportunities and challenges in this field, it brings together global experts from different disciplines to provide a comprehensive study of the role of green hydrogen in power systems of the future and its important role in energy evolution and decarbonization efforts around the world. The book is a multidisciplinary reference for researchers and industry stakeholders who have focused on the field of hydrogen integration into the power and energy systems, as well as researchers and developers from different branches of engineering, energy, computer sciences, data, economic, and operation research fields.

Decarbonisation is the reduction of carbon dioxide emissions using low carbon power sources, lowering output of greenhouse gasses into the atmosphere. This is essential to meet global temperature standards set by international climate agreements. To limit global warming to 1.5°C, hence avoiding the worst-case scenarios predicted by climate science, the world economy must rapidly reduce its emissions and reach climate neutrality within the next three decades. This will not be an easy journey. Shifting away from carbon-intensive production will require a historic transformation of the structure of our economies. Written by a team of academics linked to the European think tank Bruegel, The Macroeconomics of Decarbonisation provides a guide to the macroeconomic fundamentals of decarbonisation. It identifies the major economic transformations, both over the long- and short-run, and the roadblocks requiring policy intervention. It proposes a macroeconomic policy agenda for decarbonisation to achieve the climate goals of the international community

This edited volume brings together contributions from multiple experts in academia to explore the practical implications of the Net Zero Economy for corporate social responsibility and sustainable value creation in today's world. As the world approaches net-zero emissions by 2050, it is crucial for businesses to take corporate social responsibility seriously and make credible attempts to achieve sustainable value creation while reducing their greenhouse gas emissions. The book provides a comprehensive guide to navigating the complexities of corporate responsibility in the net-zero economy, drawing on the expertise of scholars in sustainable supply chain, environmental sciences, management, sustainable business management, and social sciences. With contributions from multiple experts, it examines the challenges that businesses face in reducing their climate impact and highlights the green growth opportunities that they can take advantage of in the net-zero transition.

Now in an expanded and revised second edition, this book explores sustainability engineering through the lens of the manufacturing and chemical process industries to explain the safe and economical implementation of process designs to transform raw materials into valuable finished products. The author applies the principles of sustainability science to engineering methodology for residential, commercial, and industrial applications that support the perpetual availability of raw materials through recycling, reuse, and repurposing to incorporate inexhaustible supplies and encompasses the management and conservation of these resources in a manner that minimizes negative environmental impacts. New sections include: Coverage of electric power opportunities and challenges (solar, wind, and cogeneration), Efficiency improvement as an energy supply extender, Recycling as a material extender. The book examines relevant energy policies driving and affecting commercial, industrial, and residential energy utilization and includes new industrial case studies.

This book provides the latest research on net zero policies, environmental sustainability, and the practical implications for adopting sustainable technologies in the current scenario. Contributions from numerous academic experts explore how the sustainability transition, driven by net zero policies and sustainable technologies, promotes environmental sustainability. This book offers a unique perspective by integrating multidisciplinary ideas, techniques, and tools essential for implementing net zero policies. It aims to give readers an in-depth understanding of how these policies facilitate the transition to sustainable technologies and promote long-term environmental sustainability. A must-read for students, research scholars, and industry professionals in sustainable development, eco-friendly business management, and emerging technologies, this book presents a comprehensive concept, roadmap, and analysis of tactics and technological advancements. These strategies can propel both developed and developing countries toward net zero policies, aligning with the United Nations' urgent call to reduce carbon emissions and create a more sustainable world. Bringing together new research insights, ideas, and directions, this book guides the implementation of sustainable transitions for net zero policies.

Zero-Carbon Industry provides a detailed roadmap to understanding emissions from the global industry sector, the technologies that can cost-effectively decarbonize industry, and the policy framework and research directions that can commercialize these technologies and deliver them at scale. The book illustrates the scope of the challenge, then dives into the top-emitting industries: iron & steel, chemicals & plastics, and cement. Decarbonization policy and technology expert Jeffrey Risman discusses new and upcoming technologies, including electrification of industrial processes, the use of zero-carbon hydrogen for energy, carbon capture, material efficiency (such as lightweighting and 3D printing), and innovative low-carbon materials. The book closes with a look at how the right policies can ensure the transition to zero-carbon industry affords a viable development pathway for developing countries, and how to ensure equity for labor and disadvantaged communities that may be impacted by the transition. Zero Carbon Industry is the definitive guide to decarbonizing the vast and important-yet often overlooked-global industrial secto