France (2010) - Geogreen assessed what steps for an E.On power plant in France would need to take to deploy CO2 transport and storage. As part of the assessment, Geogreen screened deep saline formations and gas fields for storage suitability and completed the basic design, routing, and economic analysis for a potential CO2 transport system and the CO2 storage component. 

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. 

Poland (2009-2010) - Geogreen performed a sedimentary basin-wide geological CO2 storage suitability assessment for the utility: screening deep saline formations and depleted gas fields in southern Poland for storage potential as well as developing basic CO2 transport options for the implied power plants and performing an economic assessment of the CO2 transport-storage chain.

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.