National Carbon Management Strategy
Guidelines for Austria

In Austria, geological storage of CO2 is currently not permitted – except for research purposes with a planned total storage volume of under 100,000 tonnes. A national Carbon Management Strategy (CMS) was adopted in 2024 that had been developed jointly by the Ministry of Finance (BMF) and the Federal Ministry for Climate Action, Environment, Energy, Mobility, Innovation and Technology (BMK), with involvement from relevant stakeholders and with the support of an international scientific advisory board. The strategy records the national status quo and highlights the necessary reforms as well as further planning measures on the way towards cost-effective carbon management for residual emissions in Austria that are either difficult or impossible to avoid. Approval for the geological storage of these remaining CO2 emissions in the federal territory of Austria under strict safety and environmental conditions is recommended.
 
The following definition was also developed for ‘hard-to-abate’ emissions as part of the strategy:
“Process-related CO2 emissions are considered unavoidable if their generation cannot be prevented despite optimisation of the production process or the product. These CO2 emissions are considered unavoidable in the context of the transformation to a climate-neutral base materials industry if no alternative processes and no alternative products or resources are available for the same application or if the potential for these is limited.”
 
The guidelines cover the basic legal framework and contain an action plan for efficient planning and implementation of carbon management and development of the necessary infrastructure in Austria.

www.bmk.gv.at/themen/klima_umwelt/klimaschutz/nat_klimapolitik/co2/cms.html
 

Alina Brad, Foto: Markus Zahradnik
Photo: Markus Zahradnik
„CCUS technologies can make a significant contribution in terms of reducing process-related CO2 emissions, primarily in sectors such as cement, steel and waste management that cannot be decarbonised in their entirety. Combined with biomass (BECCS), they enable negative emissions and can thereby compensate for unavoidable residual emissions. The sustainability of these depends on the overall framework conditions, as CO2 capture and storage are extremely energy-intensive. This demand for energy must be met entirely from renewable energy sources. Permanent storage is also essential in order to remove emissions from the carbon cycle over the long term. This enables CCUS to be a building block in achieving climate neutrality. However, the use of these technologies must not serve as an excuse to prolong reliance on fossil fuels or to delay decarbonisation measures and fundamental transformation processes in industry, mobility and the building sector.“

Dr. Alina Brad
Institut für Politikwissenschaft, Universität Wien