Skip to main content

GIGA -M A Regional Munich Geothermal Research Project

Regional Geothermal Research Project GIGA-M: A Step Towards Sustainable Energy Supply in Munich and Surroundings

By Robert Buluma

A significant step towards a sustainable energy future is being taken in Munich and the surrounding district. A broad coalition of stakeholders is working together to advance the use of deep geothermal energy. The goal is to quickly and sustainably tap into the heat energy in the underground through a variety of new projects. This is to be done based on an optimized joint use of the thermal water reservoir in the Greater Munich area.


An essential basis for this endeavor is an extensive seismic measurement campaign to be carried out as part of the GIGA-M research project. The funding decision from the Federal Ministry of Economics and Climate Protection is now available, and the project can officially begin. Over a period of four years, it aims to prepare the region for a transition to a climate-neutral, secure, and affordable heat supply.


Under the leadership of the Technical University of Munich, the Munich District, the Ebersberg-Munich Energy Agency, the City of Munich, and the Munich City Utilities are working closely together. The Energy Transition Garching, as an operator of geothermal plants in the surrounding area, is also a partner in this project.


Currently, more than 42 boreholes with a total thermal output of approximately 400 megawatts are already in use. The remaining untapped potential is estimated at over one gigawatt. Inter-municipal solutions are needed to exploit this huge CO2-free energy potential. This is where the GIGA-M research project comes in, addressing non-technical barriers to the expansion of deep geothermal energy and developing common framework conditions and economic implementation models.


An extensive 3D seismic campaign covering an area of around 1,000 square kilometers will further explore the underground in and around Munich. This will create a detailed depth model serving as the basis for intensive and sustainable management of the thermal water resources. New development methods are being investigated to tap into distant reservoir areas.


The estimated total cost of the project is around 20 million euros, with approximately 11 million euros funded by the Federal Ministry of Economics and Climate Protection.

We did an article on Geothermal heat revamped a Germany Stadium

The GIGA-M research project paves the way for a regional heat transition away from fossil fuels towards a climate-neutral, secure, and affordable heat supply. It underscores the need for a collaborative and coordinated approach involving research, science, as well as city and municipal authorities to sustainably harness the immense potential of geothermal energy.

Source:Alphaxioms

Labels:

Comments

Post a Comment

Popular posts from this blog

Pertamina Geothermal Energy,GDC and AGIL to develop 200 MW Suswa ,Narok Geothermal Field

Pertamina Geothermal Energy, GDC, and AGIL Agree to Accelerate Development of 2 Geothermal Fields in Kenya By: Robert Buluma Nairobi, Kenya, March 8, 2024 – PT Pertamina Geothermal Energy Tbk (PGE) has reached an agreement with Kenya's geothermal development companies, Geothermal Development Company Ltd. (GDC), and Africa Geothermal International Ltd. (AGIL), to expedite the development of geothermal fields in the African nation. Exploration of two geothermal fields in Kenya, developed by PGE along with its partners, is expected to commence in 2024. In high-level discussions held at GDC's headquarters in Nairobi on Wednesday (3/6/2024), PGE and GDC discussed the support from the Kenyan government in accelerating the geothermal field development project in Suswa, a volcanic area located in Narok, Kenya. GDC is a government-owned geothermal developer in Kenya. The PGE delegation, led by President Director Julfi Hadi and accompanied by PGE's Director of Exploration and Develop
Post a Comment
Read more

Polands Geothermal Wells hits 5km depth Eyeing a 7Km Threshold

Geothermal Milestone Reached: Banska PGP-4 Well in Szaflary, Poland Hits 5-Kilometer Depth By : Robert Buluma In a significant development for geothermal energy enthusiasts, drilling operations at the Banska PGP-4 well in Szaflary, Poland have reached a depth of 5 kilometers, marking a major milestone in the project's progress towards its 7-kilometer target. Since its inception, the ambitious geothermal drilling project in Szaflary has been making steady strides. As of the end of 2023, the well has successfully reached a depth of 5000 meters, uncovering promising results along the way. Notably, the well has tapped into a sizable reservoir boasting temperatures of 120 °C. The drilling will persist until it reaches the targeted depth of 7000 meters, where another aquifer is anticipated. The entire drilling endeavor is slated for completion within the first quarter of 2024. Initiated in 2019, the plans to drill a 7-kilometer geothermal well in Podhale, Szaflary aimed at gathering cruc
Post a Comment
Read more

Eavor Goes Deeper in Geretesried In Search For Geothermal

Revolutionizing Energy Production: The Birth of Eavor Technology in Geretesried By: Robert Buluma In the picturesque town of Geretesried, nestled in the heart of Germany, a groundbreaking project is underway that promises to reshape the future of energy production as we know it. Welcome to the world of Eavor Technology – where innovation meets sustainability in a bid to tackle the pressing challenges of climate change and energy security. Imagine a technology that harnesses the Earth's natural heat to generate both electricity and warmth without emitting harmful greenhouse gases. Sounds like science fiction? Well, it's not. Thanks to the relentless efforts of visionaries and engineers, the world's first Eavor loop for heat and electricity is currently under construction right here in Geretesried. At the forefront of this remarkable endeavor is the ambitious drilling project that has reached an astonishing depth of 7000 meters beneath the Earth's surface. Achieving such
Post a Comment
Read more