The CO2 capture - transport - storage approach involves capturing CO2, transporting it to a storage facility, then injecting it into the subsoil to store it. The injection phase is followed by a surveillance phase.
To ensure an industrial outlet for its R&D actions in the field of capture, after-combustion and storage, IFP has forged a partnership with two of its subsidiaries: Prosernat and Geogreen.
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Drawing on its recognized expertise in the field of sour natural gas treatment, Prosernat proposes its engineering services for capturing CO2 in flue gases:
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Geogreen is an international engineering services company specializing in the transport and geological storage of CO2. It was created by the union of three major French players in the field: IFP, the Geostock company (underground storage of oil & gas), and the BRGM. They are pooling their skills in order to position themselves in the world market for the geological storage of CO2. |
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WAOE has a dual objective: estimate the stress variations on a cement sheath over time, and monitor the mechanical physical changes in cement formulas exposed to a petroleum fluid at high temperatures and under high pressures. |
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ACACIA aims to characterize and understand the changes in a cement formula exposed to a very acidic fluid. |
Cosmos 2 (2005-2010) – Evaluation of electromagnetic monitoring of CO2, modeling and monitoring of well and seal integrity – project leader: GeoForschungZentrum Postdam – partners: Schlumberger, Total, IFP, Universität Karlsruhe and Oxand.
CAPCO2 (2005-2008) - development of innovative solutions for CO2 capture during after-combustion – a project led by IFP and conducted jointly with Arcelor Research, BRGM, CNRS, GDF Suez and Lafarge. ANR-05-CO2-002
GeoCarbone INJECTIVITE (2005-2007) -controlling CO2 injectivity in geological storage facilities – a project led by IFP and conducted jointly with BRGM, GDF Suez, Geostock, INPL Images, Total and CNRS. ANR-05-C02-007
GeoCarbone INTEGRITE (2005-2008) - evaluation of seal and well integrity for the geological storage of CO2 – a project led by IFP and conducted jointly with BRGM, CEA, INPL Images, Armines and CNRS.
GeoCarbone MONITORING (2005-2007) - monitoring of the geological storage of CO2 – a project led by BRGM and conducted jointly with IFP, INPL Images and Ineris.
GeoCarbone PICOREF (2005-2007) - preparation of a pilot semi-industrial CO2 storage facility in the Paris basin, either in a mature oil and gas field or in a deep aquifer – a project led by IFP and conducted jointly with BRGM, Géostock, GDF, Univ. P.&M. Curie, ENSMSE, INERIS, Air Liquide
Trans CO2 (2005 - 2008 ) - role of auxiliary gases in CO2 transport conditions and maritime CO2 transport at the end of sequestration – a project led by IFP and conducted jointly with GDF Suez, Aker Yards, SAIPEM-SA and Air Liquide
SOCECO2 (2006-2008) - economics and sociology of the CO2 capture and geological storage approach – a project led by CNRS-Cired and conducted jointly with Alstom Power Centrales, APESA, BRGM, GDF Suez, IFP, Ineris and Total. ANR-06-C02-009
Gascogne (2006-2009) - structured packing with carbon/carbon composite for CO2 capture using solvents – a project led by IFP and conducted jointly with Snecma Propulsion Solide and INPT-GC. ANR-06-CO2-004.
Puits CO2 (2006-2009) - mechanisms of well sealing material degradation – a project led by IFP and conducted jointly with CNRS, Armines, Messer France and Vallourec Setval. ANR-06-C02-011
Hétérogénéïtés CO2 (2006-2009) - evaluation of the incidence of physical and mineralogical heterogeneities on the physicochemical processes associated with CO2 storage in an aquifer formation – a project led by BRGM and conducted jointly with CEA, Schlumberger, IFP and CNRS. ANR-06-C02-006.
Gaz annexes (2006-2010) - role of auxiliary gases in CO2 injection: simulation of the thermodynamic properties of water-gas-salt mixtures in geological storage conditions – a project led by INPL Images and conducted jointly with Armines, IFP, Total and BRGM. ANR-06-CO2-005
EMSAPCO2 (2007-2009) - development of active and passive electromagnetic and seismic methods for monitoring CO2 storage facilities – a project led by CGG Veritas and conducted jointly with BRGM, ESCPI, IFP, Magnitude and CNRS. ANR-07-PCO2-001
PROCHE PUITS (2007-2010) – physicochemical behavior of well and field materials around wells following CO2 injection – a project led by BRGM and conducted jointly with IFP, Schlumberger, CNRS, INPL Images, ITASCA Consultants, Total and GDF Suez. ANR-076PCO2-005
Sentinelle (2007-2011) - surface geochemical monitoring of CO2 storage sites: determining and interpreting an assessment before injection and monitoring this assessment during the injection phase – a project led by INPL and conducted jointly with Total, IFP, Kaiser Optical, Ineris. ANR-07-PCO2-007
SHPCO2 (2007- 2010) - high-performance simulation of the geological storage of CO2 – a project led by IFP and conducted jointly with BRGM, Inria-Rocquencourt, École des Mines de Saint Etienne, LAGA
SUSHI (2007 - 2010) - study of the structural and thermodynamic properties of fluids and solids using molecular simulation methods,– a project led by CNRS (University of Paris Sud 11) and conducted jointly with IFP, Blaise Pascal University and CEA – DAM Ile de France
Acacia 3.1 (2008-2011) - development of new dispersed solids for the selective adsorption of CO2 – a project led by IFP and conducted jointly with Rhodia, IRECEL Lyon and CNAM.
ECO2 (2005-2007) – Detailed technical and economic study of CO2 capture during oxycombustion and after-combustion – a project led by ALSTOM Power Centrales and conducted jointly with IFP.
METSTOR (2006-2008) - Methodology for the selection of CO2 storage sites in underground reservoirs in France a project led by BRGM and conducted jointly with IFP, INERIS, GDF Suez, GEOSTOCK, ENSMP, CIRED, IPGP, University of Pau.
+ Research themes > Controlled CO2
+ Our commitment to research > Our collaborations > IFP and Europe > European CO2 projects in which IFP participates
+ Specific issue: IFP and CO2