Final disposal of radioactive waste

BGR advises the German Federal Government on geoscientific and geotechnical issues relating to the safe final disposal of radioactive waste in deep geological formations. Thereby, it actively contributes to advancing the state of science and technology through its own research work.

A row of vertical rock salt drill cores in light beige, white, and orange tones, featuring distinct dark mineral veins, displayed against a black background.

Our topics

  • Site selection

    In the search for a final repository for high-level radioactive waste, BGR acts as a qualified advisor to the project developer in the site selection process in accordance with the “Site Selection act of a Site for a Final Repository for High-Level Radioactive Waste” (StandAG), BGE. Furthermore, BGR also conducts its own research projects in this field.

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    During its visit, the National Citizens’ Oversight Committee learns about the BGR's work on the final disposal of radioactive waste in Germany.
  • Site projects

    At the sites Asse, Morsleben und Konrad, BGR works on geoscientific and geotechnical investigations by order of the BGE and evaluates the results.

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    Surface facilities of the Morsleben repository
  • Repository research

    BGR has research projects into future-oriented topics relating to final disposal (preliminary research). Our scientists, engineers, and technicians form a strong pool of experts who are available at short notice to advise the Federal Government on current issues.

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    BGR measurement deployment at the sandwich experiment in Mont Terri, Switzerland
  • Long-term safety

    The goal of the disposal of radioactive waste in deep geological formations is to prevent harmful effects of the waste on humans and the environment in the long term. Therefore, demonstrating long-term safety is a central element of the disposal of radioactive waste.

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    As part of scenario analyses, BGR considers the influence of future ice ages on a repository site.
  • Methods

    BGR systematically and continuously develops special methods, instruments, working methods, verification methods, and evaluation criteria required for answering geoscientific questions concerning the final disposal of radioactive waste in all relevant host rock types in Germany.

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    Measuring apparatus in a niche for the CD-A Experimenet in the Mont Terri rock laboratory, Switzerland.
  • Quality management

    BGR has introduced a quality management system (QMS) to systematically ensure compliance with the protection goals of the Atomic Energy Act and to fulfill the regulations derived from it, which ensures that the quality requirements are met.

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    KTA 1401 Certificate of the BGR – Confirmation of the quality management system of the BGR by IMS-Zert GmbH
  • Projects

    Insights into BGR's research and consulting activities on the topic of final disposal.

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    Projekte
  • Products

    Technical reports, publications, maps and data as well as videos on the topic of final disposal.

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    The BGR documents the results of its work on the final disposal of radioactive waste in Germany in technical reports and publications.

Current news

DEBORAH drilling successfully completed

Date: 18.06.2026

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A woman in a dark jacket carefully examines rock core samples in a metal tray in a laboratory. Technical equipment is visible in the background.

BGR presented its work at the “Site Selection Days” in Leipzig

Date: 27.04.2026

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View from the audience: A woman is giving a presentation in a bright conference room. A large screen is visible in the background, with listeners in the foreground.

Repository research: experiment with 800-meter-deep borehole

Date: 17.02.2026

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The DEBORAH drilling rig is being set up at the intersection of the access structure to the Mont Terri rock laboratory.

What role does BGR play in the final disposal of radioactive waste?

BGR provides independent and impartial advice to the Federal Government on all geoscientific and geotechnical issues relating to the Federal Government's final disposal projects.

On the basis of a cooperation agreement (in German), BGR advises and supports the Federal Company for Radioactive Waste Disposal (BGE) in implementing the geoscientific part of the Site Selection Act (StandAG). The BGE is responsible for carrying out the site selection process.

On the basis of an administrative agreement (in German), the BGR advises and supports the Federal Office for the Safety of Nuclear Waste Management (BASE) in tasks related to the search and selection of a final repository site for high-level radioactive waste in accordance with the Site Selection Act, as well as geoscientific research in this context.

The BGR carries out the tasks assigned to it by the BGE and the BASE on its own technical (geoscientific and geotechnical) and administrative responsibility and without instruction.

On the basis of the agreement with the BGE, BGR is also working on the current site projects in Germany, Asse, Morsleben and Konrad. It carries out geoscientific and geotechnical investigations commissioned by the BGE and evaluates them.

All work carried out by BGR on final storage is subject to a quality management system in accordance with KTA 1401, which is regularly audited and certified by an external certification authority.

What expertise does BGR have in the field of final disposal in deep geological formations?

The technical basis for its research and consulting activities is the decades of in-depth and wide-ranging expertise of BGR, which is unique in Germany.

The expertise of BGR in the field of final disposal of radioactive waste in deep geological formations includes

  • application-oriented research on final disposal issues,
  • studies on site selection,
  • geological and geotechnical site exploration,
  • rock physics and geological characterization of the host rocks rock salt, clay rock, and crystalline rock,
  • modelling of the overall geological situation, and
  • analysis of future scenarios for long-term safety.

BGR research concept from 2020 (in German)

BGR performs much of its research in collaboration with other research institutions. Most of the investigations are carried out in international cooperation, for example with Sweden and Switzerland, in underground laboratories. Methods and equipment for the geoscientific exploration of possibly final repository sites are developed and tested. The aim of this work is to transfer the findings from joint international projects to similar issues and geological formations at sites in Germany. The results will be made available to the public through overview studies (e.g., crystalline, salt, and clay studies), technical reports, and the publication of peer-reviewed articles in technical journals.

In the field of final repository research, BGR focuses its geoscientific work on the long-term search for a site for the final disposal of radioactive waste in Germany, so that BGR can also support the selection process for a site for the final disposal of Germany's high-level radioactive waste with the expertise gained through its research activities. BGR actively contributes to the advancement of science and technology through its own research work.

Your contact

Nicole Schubarth-Engelschall

Phone: +49 511 643-2436

Nicole.Schubarth-Engelschall@bgr.de