ThermoGIS: An integrated web-based information system for geothermal exploration and governmental decision support for mature oil and gas basins
conference paper
In the recent years the use of geothermal energy through implementation of low enthalpy geothermal production systems for both electricity and heating have been growing rapidly in north-western Europe. Geothermal exploration and production takes largely place in sedimentary basins at depths from 2 to 5 km. Geothermal activities can take considerable advantage of a wealth of existing oil and gas data. To governmental bodies, such as geological surveys, it is a major challenge to put relevant oil and gas data and derived subsurface structural, temperature, and flow property models available to the geothermal community and to facilitate in quantitative assessment of geothermal potential of targeted areas, for both heat and electricity production (EGS) . In order to face this challenge, TNO has developed a public web-based 3D information system connected to a geothermal performance assessment tool. The public information system (thermoGIS) includes high resolution 3D geological models covering the complete onshore of the Netherlands, outlining key geothermal reservoirs and allowing to assess relevant parameters and underlying uncertainties therein. State-of-the-art 3D modeling techniques have been used and developed to obtain the reservoir structures, flow properties and temperatures, using constraints from over a thousand deep wells, and detailed subsurface mapping from 3D and 2D seismic. Users can obtain key reservoir parameters, and underlying uncertainties at any location and for any reservoir. In an automated workflow these parameters are fed into the performance assessment tool, in order to asses the probability of success to meet minimum requirements on key performance indicators such as Coefficient of Performance (COP), power produced, and Unit Technical Cost (UTC). The use of the ThermoGIS will aid exploration business decisions and Dutch governmental institutions, law makers and insurance companies.
Topics
Basin modelsEGSGeothermalTectonics3-d modeling3D geological model3D informationAutomated workflowBasin modelsBusiness decisionsCoefficient of performanceDecision supportsDeep wellsEGSFlow propertiesGeothermal activityGeothermal explorationGeothermal potentialGeothermal reservoirGovernmental institutionHeat and electricityHigh resolutionInsurance companiesKey performance indicatorsLaw makersMature oilNetherlandsOil and gasPerformance assessment toolsProbability of successProduction systemPublic Information SystemQuantitative assessmentsReservoir parametersSedimentary basinSub-surface mappingUnit technical costsWeb based information systemsWestern EuropeBenchmarkingDecision support systemsElectric propertiesGeologic modelsGeothermal fieldsGeothermal prospectingGeothermal wellsInformation systemsInsuranceRenewable energy resourcesTectonicsThree dimensionalUncertainty analysisPetroleum prospecting
TNO Identifier
360856
ISSN
01935933
ISBN
9781615678129
Source title
Geothermal Resources Council Annual Meeting 2009, Geothermal 2009, 4 October 2009 through 7 October 2009, Reno, NV
Pages
599-603
Files
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