New interactive deep geothermal power E-learning platform launched (in German)

Geothermal E-Studying Platform of LIAG, Germany (supply: )

The German Leibniz Institute for Utilized Geophysics has created a e-learning platform on deep geothermal power matters for folks with scientific and ideally prior geo-scientific information. The platform is to date solely out there in German.

Over the previous three years, the Leibniz Institute for Utilized Geophysics in Germany has developed an interactive e-learning program on deep geothermal power. The platform has now been revealed on the web site of the geothermal data system (GeotIS). The e-learning is obtainable freed from cost to college students, adults who’re persevering with their schooling and, in precept, a broad public with prior information of the pure sciences and ideally geoscientific information.

With the assistance of fashions and explanatory graphics, the very complicated subject material is conveyed within the e-learning in a easy and comprehensible method. The objective is to permit queries in a playful method – for instance by way of reminiscence, in quiz kind or by way of project / fill within the clean. This offers the chance to internalize the information interactively, to be taught at an personal tempo, to entry the content material at any time and thus to realize extra sustainable studying success. The essential content material helps the extremely explosive matter of the power transition – this objective should not be uncared for even within the context of the corona restrictions. With e-learning, the LIAG can provide focused studying in regards to the geothermal analysis space on-line, no matter location.

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To the e-learning portal:

Content material on numerous studying modules

For self-study, it’s advisable to undergo the chapters within the order given. At the start, a brief introduction to the topic of deep geothermal power is given by numerous studying modules. A part of the introduction to the subject is, for instance, the classification of geothermal methods and the potential makes use of in Germany. That is adopted by the fundamentals of deep geothermal power. These embrace, for instance, thermal water and geothermal reservoir properties. On the finish, the usage of deep geothermal power in Germany is introduced utilizing examples.

In view of the nice significance that geothermal power has for the heating transition in Germany, the brand new e-learning portal is a perfect addition to the geothermal specialist data out there on the GeotIS web site. It supplies an simply comprehensible introduction to geoscientific fundamentals and geothermal utilization ideas.

Background data:

The Leibniz Institute for Utilized Geophysics had already began growing an interactive e-learning portal for deep geothermal power as a part of the GeoFaces analysis venture. The goal of this venture is the gathering and processing of geological, geophysical and hydraulic information, that are related when planning initiatives for the direct use of geothermal warmth, to be able to show them within the geothermal data system GeotIS.

About GeotIS

The geothermal data system GeotIS from LIAG is exclusive in Germany. Greater than 30,000 boreholes kind the information foundation for GeotIS, which thus affords distinctive potential for additional analysis and publications. The platform primarily includes outcomes from LIAG analysis initiatives, information from oil-natural gasoline wells, but additionally geothermal, thermal and mineral water wells and mining wells. It additionally incorporates hydraulic information from the LBEG’s specialised data system on hydrocarbons, from the information shares of the venture companions and from the “important storage tank drilling information” of the previous GDR. Temperature information from the LIAG and structural information from numerous maps from venture companions are additionally included. The analysis interface allows the dynamic technology of interactive maps through which specialist data is mixed with topographical and statistical information. Dynamically generated vertical and horizontal sections all the way down to a depth of 5000 meters additionally provide an in depth perception into the subsurface. GeotIS additionally contains the knowledge system “Geothermal places” about deep geothermal methods in Germany which can be in operation or beneath development.

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Concerning the LIAG

The Leibniz Institute for Utilized Geophysics (LIAG), primarily based in Hanover, is an unbiased, non-university analysis establishment. Utilizing strategies from utilized geophysics, future-oriented problems with social significance are examined. The main target of the analysis is on the exploration of the usable subsoil and the event of measurement and analysis strategies. The institute appears to be like again on over 50 years of expertise in geophysics analysis.

Supply: IDW