Due to the growth in demand for shallow geothermal energy, the development of an integrated management
System to organize the exploitation of this resource is mandatory to protect both groundwater and
The users’ rights. This paper proposes a methodology to establish a market of shallow geothermal energy
Use rights which will represent an advance in the management of this resource. The new concept developed
To define the basic unit of management is the thermal plot. It is related to the shallow geothermal
Potential of a registered plot of land. This methodology is based on a GIS framework (ArcGIS, ESRI) and is
Composed of a geospatial database (Personal Geodatabase, ESRI) to store the main information required
To manage the SGE systems, such as groundwater velocity, thermal conductivity or thermal heat capacity,
And a set of GIS tools used to define, implement and control this use rights market. The exchanged heat
Rate and thermal disturbance are calculated on the basis of analytical solutions of heat transport equation
In porous media. Thermal impacts derived from the exploitation of this resource can also be registered
Geographically, by taking into account the groundwater flow direction and adjusting the thermal impact
To the available plot. A synthetic application of this methodology is presented for the Metropolitan Area
Of Barcelona, Spain.
Due to the growth in demand for shallow geothermal energy, the development of an integrated managementSystem to organize the exploitation of this resource is mandatory to protect both groundwater andThe users’ rights. This paper proposes a methodology to establish a market of shallow geothermal energyUse rights which will represent an advance in the management of this resource. The new concept developedTo define the basic unit of management is the thermal plot. It is related to the shallow geothermalPotential of a registered plot of land. This methodology is based on a GIS framework (ArcGIS, ESRI) and isComposed of a geospatial database (Personal Geodatabase, ESRI) to store the main information requiredTo manage the SGE systems, such as groundwater velocity, thermal conductivity or thermal heat capacity,And a set of GIS tools used to define, implement and control this use rights market. The exchanged heatRate and thermal disturbance are calculated on the basis of analytical solutions of heat transport equationIn porous media. Thermal impacts derived from the exploitation of this resource can also be registeredGeographically, by taking into account the groundwater flow direction and adjusting the thermal impactTo the available plot. A synthetic application of this methodology is presented for the Metropolitan AreaOf Barcelona, Spain.
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