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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The emplacement

Facilities at the surface

Location of the Konrad mine Location of the Konrad mineLocation of the Konrad mine

The surface installations of the Konrad mine in Salzgitter-Bleckenstedt were built prior to shaft sinking or immediately thereafter in the 1950s and 1960s. Since 2007, comprehensive building measures have been carried out for the construction of the repository.

The twin mine Konrad has two shafts, Konrad 1 and Konrad 2 that are located within 1.5 kilometres from each other. Their surface installations are situated inside the city boundaries of Salzgitter and cover an area of 11 or, respectively, 5.5 hectares. The Konrad 2 surface installations border on the western area of the Salzgitter AG premises.

Shaft Konrad 1

Shaft Konrad 1 has been used for the transportation of personnel, material and, later on, for the hoisting of debris to the surface. The winding gear is equipped with two three-storey cages and has a hauling capacity of 18 tonnes at a winding speed of ten metres per second. Konrad Shaft 1 is also the downcast ventilation shaft. In shaft 1, components of the future shaft hoisting system are currently being built in. This requires remediation work at the shaft brickwork.

Surface installations Konrad 1

On the premises of the Konrad 1 surface installations, some old buildings were dismantled and the southern winding machine building and the underground media channel was constructed. Construction of further buildings and the fencing of the facility started in spring 2013.

In the near future, staff buildings, storage facilities and workshops will be rebuilt and the existing shaft hall will be expanded. The hoisting plant will also be fully replaced in the future.

Shaft Konrad 2

Shaft Konrad 2 is the upcast ventilation shaft and will mainly serve to hoist the waste packages underground. Due to wear, the hoisting plant had to be taken out of operation. Therefore, the old hoisting frame and the shaft hoisting installations have already been dismantled.

In order to maintain the underground operation of the mine nevertheless, a temporary hoisting plant including hoisting frame is currently being operated. In the process of constructing the repository it is planned to build a hoisting plant with a high-performance eight-cable lift.

Surface installations Konrad 2

The original surface installations at Konrad 2 were dismantled. To prepare the further building measures, an explosive ordnance clearance was carried out, as the premises were targets for the Allied Forces during World War II.

The new fencing has nearly been completed. Works for the future rail connection have already been carried out. Preparations are being made for the new road connection, so that works can start in 2013. Later on, the reloading hall, the buffer hall, the head frame including shaft hall and the ventilation building including diffuser will be built.

State of 2017.03.30

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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