Feasibility maps. Finding out quickly whether a building site is suitable for underground thermal energy. | In order to encourage the use of energy storage, municipalities require feasibility maps. Using such maps it's easy to determine whether the ground is suitable and whether it’s economically viable to incorporate underground thermal energy techniques in planned construction projects. These maps also include legal hurdles, such as possible contamination or restrictions, such as those affecting water extraction areas, national parks and sites of special scientific interest.
Advantages Feasibility maps can be published by means of a computer-based or web application, which indicates the technical, legal and financial suitability of any point on the map. When the number of homes or the size of the planned office space is typed in, the investment costs and payback period are calculated automatically. The reduction in CO2 emissions and energy savings are also calculated. The application is ideal for presentation to the general public. |  | Our activities We have made many feasibility maps for underground thermal energy applications in recent years. Using our in-house expertise in underground technologies, energy and policy, we also provide advice and support at all stages of a project, from initial green design and feasibility study through permitting and implementation, to management. Like to know more? Call +31 (0)26 35 35 555 and ask for Bas Godschalk or e-mail us at b.godschalk@iftechnology.nl.
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Feasibility map, province of Zeeland
 We developed a GIS module for geothermal energy, commissioned by the Province of Zeeland in the Netherlands, with which users can very quickly see whether or not geothermal energy is technically and legally feasible, and find out the costs. Read more... Feasibility map, municipality of Nijmegen
 The city of Nijmegen has had a geothermal feasibility map drawn up and made it available to the public. Now anyone can see at a glance whether they would be able to make use of geothermal energy. Read more...
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