University unveils a model of renewable energy

28 May 2008

The first physical model of the Severn Estuary, which will be used to more accurately study the impact of proposed options in the Severn Tidal Power project, was unveiled at Cardiff University recently.

The options in the tidal power project include a barrage and other forms of tidal renewable energy in the estuary. The physical model of the estuary stretches from west of Carmarthen Bay – near Tenby – to Gloucester, covering a large reach of the Severn River.

The model is the first of its kind to be capable of investigating the full impact of different options for a barrage and lagoons in the Severn Estuary. Designed to resemble as closely as possible all the unique characteristics of the estuary, the model will enable the team of researchers to produce improved computer simulations of the flooding patterns, inter-tidal habitat changes, sediment transport and bed changes, such as erosion and deposition.

Unveiling the model, Jane Davidson, the Welsh Assembly Government’s environment minister, said: ‘The estuary is famous for having the second-highest tidal range in the world. An ability to model this will be of international importance.’ Funded by the assembly’s Welsh European Funding Office, the model was designed and built by a team of researchers from the Hydro-environmental Research Centre, led by Prof Roger Falconer.

Register now for full access

Register just once to get unrestricted, real-time coverage of the issues and challenges facing UK transport and highways engineers.

Full website content includes the latest news, exclusive commentary from leading industry figures and detailed topical analysis of the highways, transportation, environment and place-shaping sectors. Use the link below to register your details for full, free access.

Already a registered? Login

Sign In

University unveils a model of renewable energy

buying biaxin

ordering clarithromycin

Register now for full access

Login