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Germany publishes pointers on geological threat of deep geothermal initiatives


Germany publishes guidelines on geological risk of deep geothermal projects
Cowl web page of “Financial evaluation of geological dangers of deep geothermal initiatives” doc by BVEG and DGMK (supply: BVEG)

Germany’s BVEG and DGMK have revealed the ultimate model of the rules for financial evaluation of geological dangers of deep geothermal initiatives.

The Federal Affiliation of Pure Fuel, Petroleum, and Geoenergy (BVEG) of Germany and the German Scientific Society for Sustainable Power Sources, Mobility and Carbon Cycles (DGMK) have revealed the ultimate model of the “Pointers for financial evaluation of geological dangers of deep geothermal initiatives.”

The complete doc is offered on the BVEG web site in each German and English.

The rule of thumb supplies a standardised and usually relevant methodology for coping with geological uncertainties in hydrothermal and petrothermal power manufacturing. The intention is to offer a clear, transferable, and reusable guideline for assessing and quantifying the geological chance of success and pure geological variability. The rule of thumb has been written primarily for the German market and related low-enthalpy areas.

Such a geological evaluation is crucial for the accountable and economical use of investments and subsidies. Quantifying the geological chance of success is the required foundation for or towards funding choices. As well as, the proposed evaluation method allows a traceable forecast of the vary of doable geological situations and their chance of incidence. This creates the required foundation for a correct subsurface and floor planning and reasonable value estimates.

This guideline primarily focuses on hydrothermal techniques with a number of boreholes which might be to be drilled deeper than 400 metres. The feasibility and financial viability of geothermal techniques are analysed, the place thermal water flows not solely by the boreholes and floor facility but additionally by the subsurface geological formations.

The ultimate model has been extensively revised in comparison with the grey print of April 2024. The BVEG wish to thank all of the geothermal operators, authorities, engineering service suppliers, personal people and ministries, that offered constructive recommendations that have been intensively mentioned and integrated into the information.

Supply: BVEG

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