UK sustainable drainage systems: past, present and future

Author:

Ashley Richard1,Walker Louise2,D’Arcy Brian3,Wilson Steve4,Illman Sue5,Shaffer Paul6,Woods-Ballard Bridget7,Chatfield Phil8

Affiliation:

1. Emeritus Professor, University of Sheffield, Sheffield, UK; Director, EcoFutures Ltd, Holmfirth, UK; Flood Resilience Group Member, Unesco-IHE, Delft, the Netherlands; Urban Water Group Member, Luleå Technical University, Luleå, Sweden

2. Research Officer, University of Leeds, Leeds, UK

3. Research Fellow, University of Abertay, Dundee, UK; Partner, C & D Associates LLP, Edinburgh, UK; Chair, Scottish Green Roof Forum, Harthill, UK

4. Engineer, EPG, Warrington, UK

5. Partner, Illman Young Landscape Design, Cheltenham, UK

6. Research Manager, Ciria, London, UK

7. Senior Engineer, HR Wallingford, Wallingford, UK

8. Water and Flood Division Engineer, Welsh Government, Cardiff, UK

Abstract

Urban drainage has developed from an engineering discipline, concerned principally with public health and safety outcomes, into a multifaceted vision linking drainage with environmental and wider social and economic imperatives to deliver multifunctional outcomes. UK attention is too often focused on surface water as ‘a problem’, despite international progress and initiatives showing that an ‘opportunity-centred’ approach needs to be taken. Sustainable drainage systems, or ‘Suds’, can, when they are part of an integrated approach to water management, cost-effectively provide many benefits beyond management of water quality and quantity. New tools are available that can design Suds for maximum value to society but this requires greater collaboration across disciplines to seize all of the opportunities available. This paper introduces those tools and a roadmap for their use, including guidance, design objectives and criteria for maximising benefits. These new supporting tools and guidance can help to provide a business case for greater use of Suds in future.

Publisher

Thomas Telford Ltd.

Subject

Civil and Structural Engineering

Reference39 articles.

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