Module 1: Introduction to Geothermal Energy Learning Objectives In this module, participants will gain: Basic knowledge of the technology, prerequisites, and applications of geothermal energy. The ability

credit points Exam: Written Certificate : “Planning & Operation of Geothermal Heating Networks” Cost: €1,500 Subject area: Fundamentals & development of heating networks, strategies for municipal heating planning […] ecological assessment, exercises accompanying the lectures Module sheet M2 Module Sheet Course schedule M1 - Course Schedule & Module Overview Contact Telefon: +49 5331 939-39610 Fax: +49 5331 939-39612 E-Mail:

) Credit hours: 6 Exam: Case study / reflection log Certificate : “Designing Communication” Cost: €1,500 Topics: Conversation skills, active listening, target audience analysis, development of targeted

Project work & presentation Certificate : “Simulation & Digitalization in Geothermal Energy” Cost: €1,500 Topics: Introduction to GIS, remote sensing & sensor technologies, data acquisition, big data &

acceptance, economic viability & potential, field trip to a drilling site... Module sheet M1 Module Sheet Course Catalog M1 Course Catalog Field trip to a geothermal drilling site – β-Eta – Celle […] M1: Introduction to Geothermal Energy Course Directors: Prof. Dr. Philip Jaeger & Prof. Dr. Kurt Reinicke Description: This module covers the technical fundamentals of geothermal systems. Participants […] (part-time) Exam: Written (multiple-choice test) Certificate : “Introduction to Geothermal Energy” Fee: €1,500 Topics: Fundamentals of geothermal energy, geothermal systems & applications, key technologies,

GeoThermie4All Active promotion of diversity Four pillars for shaping your future in geothermal energy: 1. Open Access Our program opens doors for everyone! You can participate in our continuing education course

for the use of geothermal resources. Welcome Focus on “Geothermal Energy” At a glance Current Offers M1: Introduction to Geothermal Energy This module covers the technical fundamentals of geothermal systems

Fig. 1: Artificial Fig. 2: Actual structure Micro-models A micromodel (microchip) describes a quasi-two-dimensional porous structure made of silicon dioxide that is embedded between two layers of borosilicate […] borosilicate glass. The porous structure can either represent an artificial medium (Figure 1) or be a replica of a real porous rock (Figure 2). The ITE works with both artificial and real micromodels. The

and storage. Fifth EAGE Global Energy Transition Conference & Exhibition (GET 2024) (Volume 2024, pp. 1–5) https://doi.org/10.3997/2214-4609.202421225

extreme operating conditions. For test specimens with a diameter of up to 7 inches and lengths of up to 1,880 mm, a maximum pressure of 350 MPa (50,750 psi) can be applied to the pipes. A maximum tensile force