Essays about: "Arnager Greensand"
Found 4 essays containing the words Arnager Greensand.
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1. Methodology for Stored Heat “Heat In Place” (HIP) assessment of geothermal aquifers – Exemplified by a study of the Arnager Greensand in SW Scania
University essay from Lunds universitet/Geologiska institutionenAbstract : In the sedimentary bedrock of southwest Scania, located in the southernmost part of Sweden, there are several low-enthalpy Mesozoic sandstone aquifers situated at different depths. These aquifers collectively hold the potential for direct-heat geothermal utilization. READ MORE
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2. A 3D Sub-Surface Characterisation of the Arnager Greensand, South-west Skåne
University essay from Uppsala universitet/Institutionen för geovetenskaperAbstract : A surface characterisation of the Arnager Greensand in south Sweden, a deep saline aquifer found to be suitable for geological storage of CO2 or energy storage, was undertaken in this thesis. Vintage seismic reflection data only available as scanned tiff images of the final stacked sections were digitized and processed using modern interpretation software to provide new insights into the morphology of the Arnager Greensand and to analyse the reservoir’s potential as an energy storage unit. READ MORE
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3. Sedimentological study of the Jurassic and Cretaceous sequence in the Revinge-1 core, Scania
University essay from Lunds universitet/Geologiska institutionenAbstract : This thesis presents a study of the core from the Revinge-1 borehole from the Vomb Trough. The core displays strata from the Upper Jurassic to the Upper Cretaceous including strata covering the the J/K−boundary . READ MORE
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4. 3D modeling in Petrel of geological CO2 storage site
University essay from Institutionen för geovetenskaperAbstract : If mitigation measures are not made to prevent global warming the consequences of a continued global climate change, caused by the use of fossil fuels, may be severe. Carbon Capture and Storage (CCS) has been suggested as a way of decreasing the global atmospheric emission of CO2. READ MORE