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Bruno Saftić, Domagoj Vulin & Iva Kolenković. PERSPECTIVES FOR GEOLOGICAL STORAGE OF CARBON DIOXIDE IN CROATIA. Sources 7 TPP NGPP Molve CO 2 emmissions 23 M t/yr (2003) Reported from these point sources 6 M t/yr (2003) 5 Mt/yr (2005). Conclusions - PowerPoint PPT Presentation
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21 May 2008 SPE ATW Dubrovnik 1
Assessing European Capacity for Geological Storage of Carbon Dioxide
www.geocapacity.eu
Bruno Saftić, Domagoj Vulin & Iva Kolenković
PERSPECTIVES FOR PERSPECTIVES FOR GEOLOGICAL STORAGE GEOLOGICAL STORAGE
OF CARBON DIOXIDE IN CROATIAOF CARBON DIOXIDE IN CROATIA
21 May 2008 SPE ATW Dubrovnik 2
Assessing European Capacity for Geological Storage of Carbon Dioxide
www.geocapacity.eu
21 May 2008 SPE ATW Dubrovnik
Assessing European Capacity for Geological Storage of Carbon Dioxide
www.geocapacity.eu
21 May 2008 SPE ATW Dubrovnik 4
Assessing European Capacity for Geological Storage of Carbon Dioxide
www.geocapacity.eu
Sources- 7 TPP- NGPP Molve
CO2 emmissions
23 Mt/yr (2003)Reported from these point sources
- 6 Mt/yr (2003)- 5 Mt/yr (2005)
21 May 2008 SPE ATW Dubrovnik 5
Assessing European Capacity for Geological Storage of Carbon Dioxide
www.geocapacity.eu
21 May 2008 SPE ATW Dubrovnik 6
Assessing European Capacity for Geological Storage of Carbon Dioxide
www.geocapacity.eu
ConclusionsThere are favourable natural conditions for geological storage of CO2 in deep structural depressions of the southern Pannonian basin and in the Adriatic offshore.
The most prospective objects in the near future are the depleted hydrocarbon fields.
Significantly larger capacity is estimated in the deep saline aquifers, but it is necessary to develop research projects targeted specifically to the better definition of their geological composition and reservoir properties.
