Integration and extension of ongoing CO2 SIP and KMB activities within the topics "Capture" and "Storage"

Task B: Use existing knowledge to expand on the topic of polyamines and new solvents for reducing costs, establish links with Univ. Texas Austin through a PhD co-operation. Task C: Expand the field of combustion of enriched fuels/oxidisers to industrial concepts and testing, explore smaller sized oxy-fuel power generation plants utilising piston engines. Address the field of low emission Hydrogen combustion devoid of excessive cooling agents. Post-doc s and visiting researchers are included with links to Sandia Nat. Labs. Task D:Promote industrial take-up of models devloped for studying advanced power processes with CO2 capture. Includes Post doc at MiT (Howard Herzog). Task E: Bridging the gap between capture and storage. Computer tools for adressing the CO2 chain from source to storage;Techno-economical models development for EOR and window of opportunity for EOR on the NCS; Defragmenting the national R&D work within t he topic by establishing a network model and instruments for improved co-operation, novel in-situ down-hole CO2 removal prestudy Task G: Innovative reactors for chemical looping, expand current knowledge into reactors for gas turbine processes