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Annual Report 2014
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CO
2
capture
(
SP1
)
Capture of CO
2
takes place before or after combustion,
and combustion processes can be made cleaner. The
overall aim is to reduce CO
2
emissions from being
released into the atmosphere. Since the world still
depends on fossil fuels for energy production, there is
a need for technology to capture CO
2
from coal- and
gas-fired power plants and from industrial sources.
Dissemination
Innovation and centre building
Task2.1
CO
2
pipeline integrity
Task4.1
CO
2
chain analysis,
environmental impacts
and safety
PhD programme
Post-doc
programme
Researcher
exchange
Centre management
Board
General assembly
Task2.2
CO
2
mixture properties
SP 2
CO
2
Transport
SP 3
CO
2
Storage
CO
2
Value Chain
SP 4
SP5
Academia
Task3.3
Monitoring
CO
2
reservoir
containment
Task3.5
Well integrity
Task3.6
Enabling large scale
CO
2
storage and EOR
Task3.4
Scientific committee
Exploitation and
innovation advisory
committee
Partow Pakdel
Henriksen
Task1.3
Enabling H
2
fueled
gas turbines
Task1.4
Oxy-fuel technologies
Task1.5
Application to industry
and offshore
Task1.6
Integrated assessment
Task1.7
Looping technologies
Task1.1
Solvent technology
Task1.2
Innovative membrane
technologies
CO
2
Capture
SP 1
Technical committees