Shallow groundwater temperatures and the urban heat island effect: the first U.K. city-wide geothermal map to support development of ground source heating systems strategy

Patton, A.M.; Farr, G.J.; Boon, D.P.; James, D.R.; Williams, B.; Newell, A.J.

NORA

Shallow groundwater temperatures and the urban heat island effect: the first U.K. city-wide geothermal map to support development of ground source heating systems strategy

Patton, A.M.; Farr, G.J.; Boon, D.P.; James, D.R.; Williams, B.; Newell, A.J.. 2015 Shallow groundwater temperatures and the urban heat island effect: the first U.K. city-wide geothermal map to support development of ground source heating systems strategy. [Poster] In: EGU General Assembly 2015, Vienna, Austria, 12-17 April 2015. (Unpublished)

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Abstract

U.K. Government aims to reduce greenhouse gas emissions by 80% by 2050 (Climate Change Act, 2008). Ground source heating systems could contribute to the U.K.’s energy future but uptake has been slow due to a lack of case studies. The aim of this work was to produce the 1st U.K. city-wide heat map to support the development of ground source heating. We also sought to describe groundwater temperature variation with lithology & estimate the available thermal energy beneath the city.

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