Kemi Adeyeye – författare

Sustainable Water Engineering introduces the latest thinking from academic, stakeholder and practitioner perspectives who address challenges around flooding, water quality issues, water supply, environmental quality and the future for sustainable water engineering. In addition, the book addresses historical legacies, strategies at multiple scales, governance and policy.

Offers well-structured content that is strategic in its approach Covers up-to-date issues and examples from both developed and developing nations Include the latest research in the field that is ideal for undergraduates and post-graduate researchers Presents real world applications, showing how engineers, environmental consultancies and international institutions can use the concepts and strategies

Sustainable Water Engineering introduces the latest thinking from academic, stakeholder and practitioner perspectives who address challenges around flooding, water quality issues, water supply, environmental quality and the future for sustainable water engineering. In addition, the book addresses historical legacies, strategies at multiple scales, governance and policy.- Offers well-structured content that is strategic in its approach- Covers up-to-date issues and examples from both developed and developing nations- Include the latest research in the field that is ideal for undergraduates and post-graduate researchers- Presents real world applications, showing how engineers, environmental consultancies and international institutions can use the concepts and strategies

Access to water in many parts of the world is increasingly challenging due to scarcity, quality issues and lack of access to adequate supply infrastructure. Currently, over 2 billion people around the world experience high water stress, and about 4 billion people experience severe water scarcity for at least one month on an annual basis. Rainwater harvesting (RWH) is increasingly seen as both an excellent alternative source of water and a valuable climate change adaptation measure. However, large-scale adoption remains challenging in many parts of the globe. This book, Rainwater Harvesting for the 21st Century, serves as a rigorous yet practical guide for a broad audience interested in the many opportunities that RWH systems can provide, including water and food security, flood management and climate change adaptation. It comprehensively covers the state of the art in RWH with practical examples of cutting-edge research and innovation in the design, operation and maintenance of RHW systems from both academics and practitioners. Highlights include:A comprehensive, transdisciplinary perspective of the latest advances in RWH techniques.Examples and case studies from around the world.

Access to water in many parts of the world is increasingly challenging due to scarcity, quality issues and lack of access to adequate supply infrastructure. Currently, over 2 billion people around the world experience high water stress, and about 4 billion people experience severe water scarcity for at least one month on an annual basis. Rainwater harvesting (RWH) is increasingly seen as both an excellent alternative source of water and a valuable climate change adaptation measure. However, large-scale adoption remains challenging in many parts of the globe. This book, Rainwater Harvesting for the 21st Century, serves as a rigorous yet practical guide for a broad audience interested in the many opportunities that RWH systems can provide, including water and food security, flood management and climate change adaptation. It comprehensively covers the state of the art in RWH with practical examples of cutting-edge research and innovation in the design, operation and maintenance of RHW systems from both academics and practitioners. Highlights include:A comprehensive, transdisciplinary perspective of the latest advances in RWH techniques.Examples and case studies from around the world.

Access to water in many parts of the world is increasingly challenging due to scarcity, quality issues and lack of access to adequate supply infrastructure. Currently, over 2 billion people around the world experience high water stress, and about 4 billion people experience severe water scarcity for at least one month on an annual basis. Rainwater harvesting (RWH) is increasingly seen as both an excellent alternative source of water and a valuable climate change adaptation measure. However, large-scale adoption remains challenging in many parts of the globe. This book, Rainwater Harvesting for the 21st Century, serves as a rigorous yet practical guide for a broad audience interested in the many opportunities that RWH systems can provide, including water and food security, flood management and climate change adaptation. It comprehensively covers the state of the art in RWH with practical examples of cutting-edge research and innovation in the design, operation and maintenance of RHW systems from both academics and practitioners. Highlights include:

A comprehensive, transdisciplinary perspective of the latest advances in RWH techniques. Examples and case studies from around the world.

Access to water in many parts of the world is increasingly challenging due to scarcity, quality issues and lack of access to adequate supply infrastructure. Currently, over 2 billion people around the world experience high water stress, and about 4 billion people experience severe water scarcity for at least one month on an annual basis. Rainwater harvesting (RWH) is increasingly seen as both an excellent alternative source of water and a valuable climate change adaptation measure. However, large-scale adoption remains challenging in many parts of the globe. This book, Rainwater Harvesting for the 21st Century, serves as a rigorous yet practical guide for a broad audience interested in the many opportunities that RWH systems can provide, including water and food security, flood management and climate change adaptation. It comprehensively covers the state of the art in RWH with practical examples of cutting-edge research and innovation in the design, operation and maintenance of RHW systems from both academics and practitioners. Highlights include:

A comprehensive, transdisciplinary perspective of the latest advances in RWH techniques. Examples and case studies from around the world.

This reference source on water efficiency in buildings provides comprehensive and up-to-date information. Both multi-disciplinary and practical, it signposts current knowledge, innovation, expertise and evidence on an important subject which is high in the resource management debate.Water Efficiency in Buildings: a review of theory and practice is structured into five sections: Policy; People; Building Design and Planning; Alternative Water Technologies; and Practical Examples & Case Studies. This final section of the book presents new and current practice as well as lessons learnt from case examples on the use of water saving technologies and user engagement.Current evidence is vital for effective policy making. The dynamic nature of issues around water resource management creates a higher need for robust and reliable data and research information that can inform policy and regulations.This compendium provides a roadmap for researchers and building professionals on water efficiency as well as for policy makers and regulators. The case studies and research presented fall within the water supply and demand spectrum, especially those that focus on process efficiency, resource management, building performance, customer experiences and user participation, sustainable practises, scientific and technological innovation. The benefit and impact of the research is at the localandnational level, as well as in the global context.

This reference source on water efficiency in buildings provides comprehensive and up-to-date information. Both multi-disciplinary and practical, it signposts current knowledge, innovation, expertise and evidence on an important subject which is high in the resource management debate.

Water Efficiency in Buildings: a review of theory and practice is structured into five sections: Policy; People; Building Design and Planning; Alternative Water Technologies; and Practical Examples & Case Studies. This final section of the book presents new and current practice as well as lessons learnt from case examples on the use of water saving technologies and user engagement.

Current evidence is vital for effective policy making. The dynamic nature of issues around water resource management creates a higher need for robust and reliable data and research information that can inform policy and regulations.

This compendium provides a roadmap for researchers and building professionals on water efficiency as well as for policy makers and regulators. The case studies and research presented fall within the water supply and demand spectrum, especially those that focus on process efficiency, resource management, building performance, customer experiences and user participation, sustainable practises, scientific and technological innovation. The benefit and impact of the research is at the localandnational level, as well as in the global context.

This reference source on water efficiency in buildings provides comprehensive and up-to-date information. Both multi-disciplinary and practical, it signposts current knowledge, innovation, expertise and evidence on an important subject which is high in the resource management debate.

Water Efficiency in Buildings: a review of theory and practice is structured into five sections: Policy; People; Building Design and Planning; Alternative Water Technologies; and Practical Examples & Case Studies. This final section of the book presents new and current practice as well as lessons learnt from case examples on the use of water saving technologies and user engagement.

Current evidence is vital for effective policy making. The dynamic nature of issues around water resource management creates a higher need for robust and reliable data and research information that can inform policy and regulations.

This compendium provides a roadmap for researchers and building professionals on water efficiency as well as for policy makers and regulators. The case studies and research presented fall within the water supply and demand spectrum, especially those that focus on process efficiency, resource management, building performance, customer experiences and user participation, sustainable practises, scientific and technological innovation. The benefit and impact of the research is at the localandnational level, as well as in the global context.

Good drainage contributes to the delivery of sustainable, innovative and resilient buildings, and is essential for our health and wellbeing. However, designers and architects can often leave drainage to be implemented by specialists in isolation of other design considerations, resulting in costly changes, rework and repairs, operational discomfort and poor user experiences that could have been avoided. Written for building designers and allied professionals, homeowners and managers as well as the general public, Building Drainage promotes an integrative and collaborative approach. Key principles and components of drainage design are presented in an accessible manner with many UK examples where the underlying information and knowledge can be applied internationally. Coverage includes waste and foul water drainage systems and the benefits of integrated water management (IWM) approach, where 'waste' becomes a valuable resource; surface and rainwater drainage; water and energy efficiency through wastewater recycling and reuse, and heat recovery. After reading this book you will understand the mostly invisible, or unperceived, yet vital aspects of functional drainage design and their interaction with the architecture of the building as well as the local and global environments.