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ICPDR publishes a technical report on accidental pollution hazard
Presenting the latest in hazard and risk assessments, the ICPDR Technical Report on Accidental Pollution Hazards provides an in-depth analysis of accidental pollution. It highlights updated inventories for Accident Hazard Sites (AHS) and Tailings Management Facilities (TMF), employing advanced methodologies like the Water Hazard Index and Tailings Risk Index. Focusing on the most hazardous sites, the report also offers key recommendations for sustainable pollution prevention
Accident Prevention and Control in the Danube River Basin: An ICPDR Technical Report Targeted to the Public
The ICPDR has published an informative summary report on accident prevention and control for dissemination to the interested public. It highlights the ICPDR activities on basin-wide level for accident prevention and emergency management, focusing on the tools, pragmatic procedures and mechanisms that are available for the ICPDR member countries.
How do you take a scientific selfie of an International River? ICPDR Participates at Austria-wide Long Night of Research
On 20th May 2022, the ICPDR along with other UN-based organizations, including CTBTO, IAEA, IOM, UNIDO, UNODA and UNODC, participated in this year’s “Long Night of Research” (“Lange Nacht der Forschung”) Austria’s biggest science event for the public.
Practical Tools and Policy Recommendations to Improve the Safety of Tailings Management Facilities in the Danube River Basin
Improving the safety of Tailings Management Facilities (TMFs) throughout the Danube River Basin is a key issue for the ICPDR, and we've now published a paper of policy recommendations.
Improving the Safety of Tailings Management Facilities in the Danube River Basin
Since March 2019, the ICPDR, in cooperation with the Babes-Bolyai University and the non-governmental organisation, “Sustainable Development Platform”, has been implementing a new project: “Capacity development to improve safety conditions of tailings management facilities in the Danube River Basin – Phase I: North-Eastern Danube countries”.
High Level Conference for the Protection of Sturgeons hosted under the Austrian Presidency of the EU
Vienna, 10 July 2018 (Press Release) - An international event took place on 9th and 10th July in Vienna within the framework of the Austrian Presidency of the EU. In attendance were 50 experts from national administrations, EU and international institutions, academia and NGO representatives, who can all potentially provide the long-term framework of action indispensable for the conservation of sturgeon stocks in Europe.
Austria takes over ICPDR Presidency
Vienna, 18 January 2012. In the framework of a ceremony held in Vienna today, Austria took over the presidency of the International Commission for the Protection of the Danube River (ICPDR). The former President, Mykola Melenevskyi of Ukraine, passes his office on to Wolfgang Stalzer of Austria.
Red Sludge Spill in Hungary: One year after the accident
Kolontár, 4 October 2010. A dam at a Hungarian aluminium factory near Kolontár broke. Approximately 1.5 million cubic metres of alkaline red sludge and water were released with disastrous consequences: 10 people died, hundreds of hectares of agricultural land were contaminated. One year after these events, we collected information on the current environmental conditions in the area. As an ongoing effort, the Accident Prevention and Control Expert Group of the ICPDR continues its work to avoid or mitigate such disasters in the future.
Recent measures in Hungary: Update on the redsluge accident management
Ajka, 15 November 2011. The redsludge accident of October 4 has generated a world-wide interest in the area of Ajka in Western Hungary. Since then, media attention has ceased. This article aims to provide an English summary of the measures that were taken to manage the accident since October 20.
Accident at Ajka alumnia plant
Kolotar, 4 October 2010. The acute toxic risk deriving from the heavy metals in the red sludge is rather low, as their concentrations are rather low. However, the chronic toxicity threat is high.