Palumbo-Roe, B.; Shorter, K.M.; Fordyce, F.M.; Walker-Verkuil, K.; O Dochartaigh, B.E.; Gooddy, D.C.; Darling, W.G.. 2021 UK Geoenergy Observatories : Glasgow borehole test pumping - groundwater chemistry. Edinburgh, UK, British Geological Survey, 73pp. (OR/21/030) (Unpublished)
Abstract
In 2015, the British Geological Survey (BGS) and the Natural Environment Research Council
(NERC) were tasked with developing new centres for research into the subsurface environment
to aid the responsible development of new low-carbon energy technologies in the United Kingdom
(UK) and internationally. Glasgow is one of two UK Geoenergy Observatories (UKGEOS) (Figure
1).
The Glasgow Observatory comprises a network of boreholes across five sites into the superficial
deposits, mined and unmined bedrock in the Dalmarnock area in the east of Glasgow City (Site
10 on Figure 1b) and at the Cuningar Loop on the River Clyde in Rutherglen, South Lanarkshire
(Sites 1, 2, 3 and 5 on Figure 1b). These were designed to characterise the geological and
hydrogeological setting as a research infrastructure to de-risk key technical barriers to lowtemperature
shallow mine water heat/storage in an urbanised former mine setting (Monaghan et
al. 2017, 2019). The borehole network is intended also for baseline monitoring to assess the
environmental status before and during the lifetime of the project. Figure 1c shows the details of
the 11 boreholes located at the Cuningar Loop.
Test pumping was carried out at nine of the Cuningar Loop boreholes in January and February
2020 to characterise the hydraulic properties of the target aquifer horizons (mine workings,
bedrock, and superficial deposits), and to determine the extent to which these are hydraulically
connected (Shorter et al. 2021; Figure 1c). Groundwater samples were collected during constantrate
pumping tests and analysed to provide an initial hydrochemical characterisation of the
aquifers and, where more than one sample was obtained during the test, to measure changes in
selected constituents during pumping, to complement observed hydraulic responses. Fifteen
groundwater samples were obtained and were analysed to determine the concentrations of
selected chemical parameters at the BGS and associated laboratories.
This report details the groundwater sampling protocols used during the test pumping, the analysis
methods, and the groundwater hydrochemistry. The report accompanies the dataset: UKGEOS
Glasgow Test Pumping Groundwater Chemistry Data Release.
Information
Programmes:
BGS Programmes 2020 > Decarbonisation & resource management
BGS Programmes 2020 > Environmental change, adaptation & resilience
BGS Programmes 2020 > Environmental change, adaptation & resilience
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