Venezuela (2012-2013) – Geogreen and Beicip-Franlab has launched the next phase of the PDVSA CO2-EOR project aiming at realizing a pilot: Detailed CO2-EOR assessment including 3D modeling and simulation, well analysis, conceptual design for transport, risk analysis and MMV.

France (2012-2013) – Geogreen is the co-ordinator of the second phase of the MANAUS project (methodology for risk assessment) where the methodology developed in the first phases is applied to several test sites.

France (2011-2012) - Geogreen is the project coordinator for this effort to develop a carbon management plan supported by a consortium of companies and public entities active in the industrial sectors around the Port of Marseille. Geogreen will perform an emissions source clustering and centralized emissions treatment (pooling) scenario development, the optimization of the emissions/CO2 collection systems and transport network, design and carbon and energy footprint analysis of the overall CO2 capture, transport and the eventual export scenarios to North Africa for EOR, CO2 valorization options around Marseille - including CO2 bio-remediation via micro-algae cultivation. 

France (2010-2011) - Geogreen is the project leader for this effort to develop of a comprehensive CO2 storage risk methodology in the first stage of this project shared with several French research and commercial entities. In a second phase, Geogreen will be responsible for applying the methodology to a variety of real CO2 storage project sites in France. This project will benefit from Geogreen's expertise in CO2 storage risk assessment and storage engineering. 

France (2010-2012) - Geogreen has worked closely with the ULCOS project and ArcelorMittal on the development of CO2 transport and storage options for their industrial CCS demonstration on a steel plant at Florange, France. Geogreen is the owner's engineers for ArcelorMittal: providing storage options screening and evaluation, project management/ contracting, 3D geological modeling, petrophysical interpretation, hydrodynamic simulations of CO2 injections, construction/engineering of the storage complex model, seismic program design and management, transverse project risk analysis, injection well design, administrative engineering, and the basic design of the CO2 transport for the demonstration project submitted to the EU-NER-300. 

Venezuela (2010 - 2013) - PDVSA has contracted Geogreen and Beicip Franlab (IFPEn subsidiary) to perform the subsurface engineering and transport design for a CO2-EOR feasibility study. Geogreen is involved in the following activities: a detailed CO2-EOR assessment including screening of onshore Oil Fields for EOR candidates, CO2 injection/CO2-EOR process simulations, well integrity analysis, conceptual design for the CO2 transport, transverse risk analysis, design of the monitoring (MMV) scheme. 

France (2009) - Geogreen performed a feasibility study for E.On's Gas Storage division including a detailed capacity assessment for CO2 storage in a sedimentary basin in France.

Germany and the North Sea (2008) - Geogreen was contracted to perform a screening assessment on offshore deep saline formations and depleted Oil Fields/gasfields for CO2 storage. This included a CO2 storage capacity assessment, risk assessment, basic design of the potential CO2 transport and storage project components, economic analysis, and the carbon and energy footprint analyses for the overall project. 

France and the North Sea (2008-2009) - Geogreen performed a capture options assessment and screened onshore and offshore geological formations for CO2 storage suitability for the development authority of Le Havre port. The work included the review of capture technology options, emissions source clustering and centralized emissions treatment (pooling) scenario development, the screening of onshore and offshore saline formations for CO2 storage suitability and capacity, and the review of offshore oil and gas fields for potential storage and/or CO2-EOR options. 

France (2008-2010) - Geogreen served as the owner's engineers for the CO2 transport and storage portions of the project while the possibility of a CCS pilot was being investigated by Veolia. In that context Geogreen performed an onshore  storage suitability screening, 3D geological modeling, hydrodynamic CO2 injection simulations, delineation of the storage complex, risk analysis, the design of the MMV (measurement, monitoring, and verification) and safety programs, design of the well architecture (including the acoustic/well logs), drilling program definition, supervision of seismic processing, seismic interpretation, carbon and energy footprint analyses for the CO2 transport-storage chain, administrative engineering, and design of the water production tests.