On 25 April 2017, the operator responsibilities for the Asse II mine as well as the Konrad and Morsleben repositories were transferred to the Federal Company for Radioactive Waste Disposal (Bundesgesellschaft für Endlagerung mbH, BGE). This website of the Federal Office for Radiation Protection (BfS) will therefore no longer be updated and displays the status as on 24 April 2017. You will find current information at the BGE: www.bge.de

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Rescue exercise in the Konrad mine: In March on ZDF

Cities have fire fighters, mines have mine rescue teams. Requirements on rescue teams are high, participation is voluntary. The ZDF broadcast a programme about mine rescue teams. For this purpose, it also filmed in the Konrad mine.

Interview with the leader of the mine rescue team Interview with the leader of the mine rescue teamInterview with the leader of the mine rescue team

The mine rescue team assist in case of mine accidents, they save and recover injured miners underground and fight fires in mines. No mine may be operated in Germany without a functioning mine rescue team. In case of emergency, the mine rescue teams of different mines also assist each other.

Mental and physical fitness as a prerequisite

Of particular importance are the physical fitness and the inner calmness of the men. Not only must each team member prove their high physical fitness in general but in particular before each exercise. Regular theoretical and practical training serves preparedness. Mental strength needs to be considered and tested, as well. For this purpose, the mine rescue team exercise, among others, in the breathing exercise facility in Salzgitter-Engerode which had been utilised by the Salzgitter ore mining’s rescue team until 1975. The facility simulates the world underground. There are narrow rooms and low galleries which can be fogged, if required. The rescue team member must pass through this – carrying about 15 kg of heavy respiratory protective equipment.

Special features in the case of Konrad

One special feature of the Konrad mine rescue team is the mountain rescue team. That sounds like a contradiction: You need a mountain rescue team underground? Its members are especially trained to rescue persons from rough terrain, with the help of rope and carabiner. That needs to be trained. As training ground, the Konrad mine rescue team also use unorthodox buildings such as the keep of the Lichtenberg castle ruin in Salzgitter.

Exercise with scenario: Fire underground

To be able to present the rescue team’s work as a film, an exercise was staged that was accompanied by a ZDF film team with a camera. The following scenario was developed: A vehicle is sitting in a gallery underground and has caught fire. The miner’s escape route is cut off by the burning vehicle, because the gallery is a cul-de-sac and he would have to pass the burning vehicle.

Waiting for the mountain rescue team

The single escape route is a long tube connecting two levels. With his oxygen self-rescuer, the trapped miner sits down calmly at the wall and waits, while the mountain rescue team are preparing for their work, 40 metres above him. On account of the toxic fumes to be expected, which are simulated by a fog machine, the rescuers have to wear heavy breathing apparatus, which makes the recovery even more difficult. One team member lets himself down on a rope via the tube and carries the waiting miner up at his own body with the help of the corresponding equipment.

After six hours of filming the pictures are taken.

State of 2012.04.02

Transfer of operator responsibilities

On 25 April 2017, the operator responsibilities for the Asse II mine as well as the Konrad and Morsleben repositories were transferred to the Federal Company for Radioactive Waste Disposal (Bundesgesellschaft für Endlagerung mbH, BGE). Previously, the responsibility for the projects was with the Federal Office for Radiation Protection (BfS). The foundations for the change of operatorship are laid down in the "Act on the Realignment of the Organisational Structures in the Field of Radioactive Waste Disposal", which became effective on 30 July 2016. The BfS focusses on the federal tasks of radiation protection, for example in the field of defence against nuclear hazards, medical research, mobile communication, UV protection or the measuring networks for environmental radioactivity.

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