- ARAO
LILW REPOSITORY
PLANNED LOW- AND INTERMEDIATE-LEVEL RADIOACTIVE WASTE REPOSITORY
The LILW repository will be of the near-surface type, with a disposal unit in the form of a silo and will be built at Vrbina in the Municipality of Krško.
CSRAO – CENTRAL RADWASTE STORAGE FACILITY
CENTRAL RADWASTE STORAGE FACILITY
The Central Radwaste Storage Facility is located at Brinje in the Municipality of Dol pri Ljubljani.
JAZBEC DISPOSAL SITE
CLOSED MINING WASTE PILE JAZBEC
The mining waste pile is located at the site of the former Žirovski Vrh mine in the Municipality of Gorenja Vas.
INSTITUTIONAL RADIOACTIVE WASTE MANAGEMENT
COMPULSORY NATIONAL PUBLIC UTILITY SERVICE
Covers the acceptance, transport, treatment and conditioning for storage and storage of institutional radioactive waste.
Planning of a low-and intermediate-level radioactive waste disposal facility
According to the national programme, the basic task of the public service in relation to preparation for the construction and the construction itself of the low-and intermediate-level radioactive waste (LILW) repository is to put in place a safe and effective LILW repository in Slovenia.
Expert support to interested parties
Expert support tasks include the preparation and completion of the strategic plans, documents, reports and inspections that Slovenia is obliged to provide and update.
Management of institutional radioactive waste
Our main advantage is a conscientious, client-friendly and well-qualified workforce with a high safety culture and a transparent way of working. We take adherence to the agreed deadlines very seriously. Our clients can always rely on our service to be provided in a best possible way.
Ensuring the safe and final solution of RW and SF
Development, research and demonstration activities in the field of spent fuel and highly radioactive waste.
Long-term surveillance of the uranium mining and milling waste repositories
The Jazbec mine tailings repository is an environmentally remediated and closed facility with disposed naturally occurring radioactive material in higher quantities.