ICE Handbook of Urban Drainage Practice

Written and edited by leading experts in the field, Urban Drainage Practice provides an overview of current key challenges, opportunities and future directions of urban drainage in a practical and accessible way. Initially setting out the context of historical urban drainage for sanitary and stormwater systems, the book covers the key elements of public and stakeholder engagement, rainfall inputs, some fundamentals of urban hydrology and the development of computational modelling. It also explains how systems are now planned, designed and operated, alongside contemporary asset management and introduces the main elements of monitoring and management of urban drainage systems, as well as advancements in data acquisition, and transition to greater automation. The book: summarises regulations and other sources of information that professionals need to consult to practice effectively within a specific area of urban drainage explores modelling, sustainability, smart systems, and the global and local context of sustainable drainage includes case studies from across the UK and numerous examples of urban drainage practice from around the world Urban Drainage Practice is an invaluable tool for local authority engineers, environmental engineers, drainage design and operation engineers, public health consultants, engineering hydrology professionals, and consultants or contractors working in this field. It is also a useful resource for students of engineering and sustainability, as well as professionals working in other disciplines who wish to understand how engineers are approaching urban drainage practice.

Chapter 1. Introduction Chapter 2. Drivers and introduction to current approaches to urban drainage Chapter 3. Urban drainage and development (space making) Chapter 4. Rainfall estimation and use of predictions in urban drainage design and management Chapter 5. Runoff and infiltration Chapter 6. Traditional drainage systems Chapter 7. Emerging systems Chapter 8. Performance Monitoring & calibration Chapter 9. Maintenance and operation Chapter 10. Modelling and limitations Chapter 11. Comparative water quantity-quality-amenity performance Chapter 12. Assessing sustainability Chapter 13. Planning urban drainage – WSUD/LID/LIUDD/soft Chapter 14. Stakeholder engagement Chapter 15. Case studies

Professional and scholarly

Emeritus Professor Richard Ashley BSc MPhil CEng MICE MCIWEM is a Professional Civil, Water and Environmental Chartered UK Civil Engineer at The University of Sheffield, UK. Brian Smith I.Eng, MICE has a wide-ranging career in Engineering spanning more than 47 years. He has a broad, diverse skill base and technical expertise across many disciplines relevant to the Water Industry. Paul Shaffer is Director of Innovation and Delivery at The Chartered Institute of Water and Environmental Management and Research Fellow in Sustainable Water Management at The University of Sheffield, UK. Issy Caffoor has worked within and alongside the water sector for over 49 years, 27 of these at Yorkshire Water where he worked as an R&D Manager.