Blyth / Queens University Wave Research Group / Aquamarine Power Ltd / 2005 Aquamarine Power Ltd. / Michael Crowley1 1 Aquamarine Power Limited / /
Country
Norway / Sri Lanka / Japan / Portugal / United Kingdom / Scotland / / /
Facility
Saint Andrew Square / Queens University / Queen`s University / /
IndustryTerm
high pressure oil hydraulic power conversion system / oil and gas fabricator / active control systems / nearshore device / shallow water surging wave energy device / offshore solution / drive solution / established technology / oil inventory / annual energy output / tidal devices / foundations systems / gravity base solution / annual average exploitable incident wave energy / mild steel / conversion systems / foundation systems / test site / electrical energy / wave energy developers / wave energy / drive systems / bottom-hinged flap devices / final solution / flap type wave energy converter / wave energy devices / wave energy convertor / hydraulic systems / electrical equipment / offshore site / energy absorption system / wave energy utilisation / wave energy converters / wave capture devices / hinged device / steel structure / wave energy device / energy / /
NaturalFeature
Orkney Islands / East coast / North Atlantic coast / /
Organization
School of Planning Architecture and Civil Engineering / New and Renewable Energy Centre / European Marine Energy Centre / Queens University / US Federal Reserve / Scottish Government / BERR / /
The Construction of Oyster – A Nearshore Surging Wave Energy Converter David Collier1, Trevor Whittaker2, Michael Crowley1 1 Aquamarine Power Limited, 10 Saint Andrew Square, Edinburgh EH2 2AF, UK