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News & Highlights

18th Open Forum | 12-15 MAY 2025


17th Open Forum | 20-23 MAY 2024

The 17th Open Forum was focused on progress made and how we can accelerate geological CO2 storage to help meet climate targets.

New developments around CCUS and opportunities for the CO2 Storage community to engage and to support the business case for CO2 Capture and Storage were presented and discussed.

Presentations & Recordings
8° Scientific Diving Summer School of Panarea: call for applications

Applications are open for the 8° International Scientific Diving Summer School, hosted at the ECCSEL NatLab Italy at Panarea (Italy) on 18-23 September 2024

Final Defence ceremony of the International Master on CO2 Geological Storage

The Final Defence ceremony of the International Master on CO2 Geological Storage will be held at 10:00 on the 7th of December (Rome time) in the Aula Lucchesi of the Earth Sciences Department of Sapienza University. The event will take place online and in person.


7° Scientific Diving Summer School of Panarea: call for applications

Applications are open for the 7° International Scientific Diving Summer School, hosted at the ECCSEL NatLab Italy at Panarea (Italy) on 20-25 September 2023

Applications for the International Master in CO2 Geological Storage are now open!

Applications deadline: 16th January 2023

CO2GeoNet at GHGT-16
CO2GeoNet Webinar - State of Play

CO2GeoNet hosted a Webinar on the recently published State of Play report


Download our

Available in 30 languages

EU-funded projects, performed as CO2GeoNet or with the key participation of our member

Pressure control and conformance management for safe and efficient CO2 storage


CO2GeoNet partners: BGS, GFZ, IFPEN, OGS, RBINS


The main storage-related challenges for accelerated deployment of CCS are capacity, confidence and cost. Pre-ACT is an industry-driven research project with a strong focus on improving strategies for monitoring and management of pore pressure distribution to address these challenges.

Pre-ACT will develop pressure-driven decision support protocols (Pre-ACT Protocols) which will be a cost-efficient system for reservoir monitoring that helps the operator maximize CO2 storage capacity and quickly turn monitoring data into corrective action.

Pre-ACT has secured access to a wide and relevant set of monitoring data from key demonstration sites across the world to calibrate, verify and demonstrate the value of the pressure-driven decision support protocols created in Pre-ACT for specific challenges. The industrial partners in Pre-ACT (Statoil, TOTAL, Shell and TAQA) will be instrumental in securing the relevance and applicability of the tools and methodologies developed in the project and will bring their operational experience and perspective.

Pre-ACT comprises five technical work packages, designed to build the different elements in the pressure driven decision support protocols. WP1 deals with the development and demonstration of methods to model pressure build-up and distribution. WP2 and WP3 deal with development and demonstration of a modelling-monitoring loop for conformance assessment. Based on the compilation of a unique archive of existing and new data sets from relevant pilot and field sites, WP4 will derive recommendations for decision making procedures. In WP5, North Sea case studies will be carried out, demonstrating the value of the protocols developed in Pre-ACT. The project also includes first of a kind experiments at the ECCSEL Svelvik site.

Five countries with strong commitment to CCS are represented in the consortium: Norway, Germany, The Netherlands, UK and France. In addition, Pre-ACT has established a solid cooperation with US and Australia.

ACT2 Rex-CO2

Re-using existing wells for co2 storage operations


CO2GeoNet partners: BGS, GFZ, IFPEN, OGS, RBINS


Existing oil and gas industry installations which cover large parts of the potential CCS chain are already in place, and an increasing number of reservoirs have come to the end of their production lifetime and are earmarked as major targets for initiating large-scale CCUS operations. The existing wells in these assets present both opportunity and challenges. Substantial savings could be realized by re-using these wells as CO2 injectors, monitoring wells, or for water production (pressure management). On the other hand, the existing well infrastructure poses a risk as a potential CO2 or brine leakage pathway. In this proposal, we take a fresh look at this problem and provide a novel solution. The re-use of wells is the inverse of the problem of identifying defective wells. The process of certifying well integrity can also be used to identify wells suitable for continued use in a CO2-rich environment. We develop a qualification process that will simultaneously save CO2 storage projects money and time by identifying existing infrastructure that is safe to re-use, while determining which wells must be remediated to ensure long-term storage.

Re-use can benefit projects in all geological settings but may be particularly crucial for off-shore environments, such as the North Sea or the Gulf of Mexico, where well development costs could otherwise be prohibitive. Developing a procedure and tools for evaluating the re-use potential of existing hydrocarbon fields and wells will require a dedicated investigation encompassing the interrelated technical, environmental, economic and social aspects. Currently no such publicly available tool exists. For this project, we conduct the necessary research to develop a dedicated well-screening tool for Re-using EXisting Wells for CO2 storage operations (REX-CO2).

CGS Europe

Pan-European coordination action on CO2 Geological Storage




CGS Europe is a project funded within the 7th Framework Programme of the European Community for research, technological development and demonstration activities.

CGS Europe pools together the expertise of the key research institutes in the area of CO2 geological storage in European Member States and Associated Countries. It sets up coordination and integration mechanisms between the CO2GeoNet Association - the European Network of Excellence on the Geological Storage of CO2 - and 23 other participants, thus covering most of Europe with 24 EU Member States and 4 Associated Countries.

CGS Europe provides an independent platform and reference source where national, European and international experts, institutes and regulators are able to access the most up-to-date results of CO2 storage-related studies, share experiences and good practices, discuss the implementation of regulations, identify research needs to face upcoming challenges, and build new projects.


CO2 site closure assessment research




CO2CARE aims to support the large scale demonstration of CCS technology by addressing the research requirements of CO2 storage site abandonment.

It delivers technologies and procedures for abandonment and post-closure safety, satisfying the regulatory requirements for transfer of responsibility.

The project focus on three key areas:

  • well abandonment and long-term integrity;
  • reservoir management and prediction from closure to the long-term;
  • risk management methodologies for long-term safety.

Objectives are achieved via integrated laboratory research, field experiments and state-of-the-art numerical modelling, supported by literature review and data from a rich portfolio of real storage sites, covering a wide range of geological and geographical settings.

CO2CARE aim is to develop plugging techniques to ensure long-term well integrity; study the factors critical to long-term site safety; develop monitoring methods for leakage detection; investigate and develop remediation technologies.

Predictive modelling approaches are assessed for their ability to help define acceptance criteria. Risk management procedures and tools to assess post-closure system performance are developed. Integrating these, the technical criteria necessary to assess whether a site meets the high level requirements for transfer of responsibility defined by the EU Directive is established. The technologies developed are implemented at the Ketzin site and dry-run applications for site abandonment are developed for hypothetical closure scenarios at Sleipner and K12-B.

Participation of partners from the US, Canada, Japan and Australia and data obtained from current and closed sites add to the field monitoring database and place the results of CO2CARE in a world-wide perspective. Research findings are presented as best-practice guidelines. Dissemination strategy consists in delivering results to a wide range of international stakeholders and the general public.


The European Network of Excellenceon the Geological Storage of CO2





  • is the European scientific authority dealing with all aspects of geological storage of CO2, durably engaged in enabling the safe and efficient deployment of the CO2 Capture and Storage (CCS) technology in order to mitigate climate change and ocean acidification
  • joins together 26 partners from 19 European countries, ranging from national geological surveys and research institutes, through to universities and associated “spin out” research companies, all with a high international profile and critical mass in CO2 geological storage research
  • pools more than 300 experts, researchers and postgraduate students, forming an integrated interdisciplinary team of geoscientists and marine, aquatic and terrestrial bioscientists, meaning that the full range of research issues on the impact and security of CO2 geological storage can be addressed
  • was originally launched under the European Commission's 6th Framework Programme as a Network of Excellence (2004-2009) to promote research integration within the scientific community to help enable the implementation of CO2 geological storage
  • launched a non-profit scientific Association in 2008 registered under French Law so as to continue the networking accomplished under the European Commission's contract
  • offers a variety of services in four main domains of activity:

joint research,

training and capacity building,

scientific advice,

information and communication


CO2 Storage Potential in Europe




CO2StoP is the acronym for the “CO2 Storage Potential in Europe.” project. The CO2StoP project, which started in January 2012 and ended in December 2013, was funded by the European Commission (Project N°: ENER/C1/154-2011-SI2.611598). The project covered data from 27 countries1.

The results of the study are provided as a database of CO2 storage locations throughout Europe, a Data Analysis/Interrogation Tool and GIS, and a tool to compute storage capacities and injection rates (StoreFit). The database is now housed by the Joint Research Centre - European Commission, Petten, the Netherlands (http://iet.jrc.ec.europa.eu/ ).

The calculations made in CO2StoP from the current project database of CO2 storage locations throughout Europe paint a broad picture, but also identify the gaps in our knowledge. These gaps must be filled by further data entry, and, potentially, new geological studies, seismic surveys and drilling to make more precise data available.

It is critically important to understand the assumptions that lie at the basis of the storage capacity estimates entered in the database. These are especially relevant for saline formations, the capacities of which were derived without taking into account regulatory or economic limitations.

The CO2StoP methodology has made significant progress towards establishing probabilistic estimates of the CO2 storage resource in Europe in a way that will allow comparisons with other regions of the world to be made, and which will also be useful to policy makers. However, the partial data entry into the project database does make clear that the current project marks the beginning of the process of resource estimation, and certainly not the end.


Integrated infrastructure for CO2 transport and storage in the west Mediterranean


CO2GeoNet partners: BRGM, ICT-U., IGME-CSIC


The overall objective of COMET is to study the techno-economic feasibility of integrating carbon dioxide transport and storage infrastructures in the West Mediterranean area (Portugal, Spain and Morocco). The feasibility study will take into account several scenarios of energy system development for the time period 2010-2050, the location and development of the major CO2 point sources and the available potential for geological storage in each of those countries. It is expected that the results will generate insights that can contribute significantly to the deployment of CCS in the region.


The European Carbon Dioxide Capture and Storage Laboratory Infrastructure




The European Carbon Dioxide Capture and Storage Laboratory Infrastructure (ECCSEL) was established in June 2017 as a permanent pan-European distributed research infrastructure, ERIC (European Research Infrastructure Consortium). Within the initial 5 European founding Member countries (France, Italy, the Netherlands, UK and Norway (Operations Centre)), 21 service providers offer open access to more than 79 world class CCS research facilities across Europe, coordinated by ECCSEL and accessible through the ECCSEL website.

ECCSEL is expected to grow both in terms of new Member Countries, new service providers as well as heavy investments in upgraded and new facilities. The headquarter, the ECCSEL Operations Centre is located in Trondheim, Norway.

ECCSEL European Research Infrastructure Consortium (ERIC), was established by the European Commision implementing decision of 9. June 2017 (EU) 2017/996.

ECCSEL ERIC is registered in the Norwegian Company Registry with the organisation number 919298243.


ECCSEL ERIC – accelerating user access, growing the membership and positioning internationally to ensure long- term sustainability


CO2GeoNet partners: BGS, BRGM, OGS, SINTEF, TNO


ECCSELERATE is an EU-funded Horizon 2020 project aimed at increasing the use and ensuring the long-term sustainable operation of the ECCSEL ERIC RI. ECCSEL is currently in its early operational phase as an ERIC, and needs to ramp-up to an advanced stage of operation.

ECCSEL  ERIC (European Research Infrastructure Consortium) was established in June 2017 as a permanent pan-European distributed research infrastructure, with the main objective of enhancing European science, technology development, innovation and education in the field of CCUS, in order to combat climate change.


Sub-seabed CO2 Storage: Impact on Marine Ecosystems







Sub-seabed CO2 Storage

With this selection of study sites, each at a different operative stage, ECO2 will cover the major geological settings to be used for the storage of CO2 including depleted oil and gas reservoirs (B3 field site, 80 m water depth), saline aquifers located at the continental shelf (Sleipner, 90 m water depth), and the upper continental slope (Snøhvit, 330 m water depth, see section B1.3 for more detailed information on study areas). In response to the call, we have developed five key objectives for ECO2.


  1. To investigate the likelihood of leakage from sub-seabed storage sites
  2. To study the potential effects of leakage on benthic organisms and marine ecosystems
  3. To assess the risks of sub-seabed carbon dioxide storage (based on objectives 1 and 2)
  4. To develop a comprehensive monitoring strategy using cutting-edge monitoring techniques
  5. To define guidelines for the best environmental practices in implementation and management of sub-seabed storage sites (based on objectives 1 to 4)


Enhanced oil recovery with storage


CO2GeoNet partners: GeoEcoMar, METU-PAL, NORCE, TNO


The objective of ECO-BASE (sponsored by ACT ERA Net Co-fund) is to develop detailed and integrated roadmaps for CCUS(carbon capture, utilisation and storage) based on EORStore concept, where EOR (enhanced oil recovery) is co-optimised with permanent storage.

The project is focusing around three South-East European countries (Romania, Turkey and Greece) with support from Norway and the Netherlands. The roadmaps will be based on available data on sources and sinks and supported by state of the art optimization engineering and economic/tax modelling. The project will analyse several emitter to end-user value chains and prospective revenue streams in Southern-East Europe by providing roadmaps as preparation for pilot applications, thereby lifting the storage and utilization components of the CCUS value chain in SEE to TRL 4-5. 

The resulting roadmaps will include the way forward on technical, legal, economic and public levels for CCUS in general and to EORStore specifically. The cases will also serve as an example for Europe-wide application of CCUS.


ENabling Onshore CO2 Storage in Europe




The ENOS (ENabling ONshore CO2 storage in Europe) project, coordinated by BRGM (France), was launched at the end of 2016 and will last for four years. It unites 29 organisations across 17 countries, and is financed by the European Union’s H2020 programme with a budget of 12.5 M€ as well as partners’ own funds. It is an initiative of CO2GeoNet, the European Network of Excellence on the geological storage of CO2 (www.co2geonet.com). Eight of its members are involved in this project, namely: BRGM, BGR, CGS, CIUDEN, IRIS, OGS, TNO and UNIROMA La Sapienza.

ENOS strives to enhance the development of CO2 storage onshore, close to CO2 emission points. Several field pilots in various geological settings will be studied in detail and best practices that stakeholders can rely on will be produced. In this way, ENOS will help demonstrate that CO2 storage is safe and environmentally sound and increase the confidence of stakeholders and the public in CCS as a viable mitigation option.


Energy Storage Mapping and Planning




As most data relevant to energy storage exists in a fragmented form, the major work in ESTMAP consists of compiling existing data and exploiting it for an optimized energy systems planning. One of the project goals is to contribute to strengthen the basis for long term strategic planning, optimizing our future energy system and defining potential bottlenecks at an early stage. System modelers, engineers and geologists joined forces for the definition of the format and the content of a database of both above-surface and subsurface storage sites (existing, planned and potential), to ensure that the new set of data will fit the needs for more robust modelling, planning, designing, etc. on a coherent basis and comparable between Member States and other European neighbouring countries as appropriate.

The project will provide the following output:

1. A geographical energy storage database
The geographical database is one of the main deliverables of the project and will contain the collected and compiled information on developed and future potential subsurface and above-ground storage reservoirs and well as existing storage facilities linked to these reservoirs. Both reservoirs and facilities are described and parameterized by their geological characteristics, technical properties, current development, evaluation of feasibility for the various storage options (e.g. natural gas, compressed air, heat, pumped hydro, etc.) and overlaps with alternative potential for CO2 storage. The database is used to project potential future storage facilities for demonstrating the modelling of the energy systems. The database will be represented in the form of GIS maps and will be linked to the results of the energy systems modelling and analyses.

2. An example system analysis, showing the possibilities of the database
The main objective of the system analysis is to link the data assembled in the database on storage sites and their capacities to the broader energy system. This includes connecting information on transmission (grid), demand (major energy users) and supply (power plants and other production sources including RE). The underlying objective of the system analysis is to strengthen the basis for long term strategic planning and optimizing our future energy system and to define potential bottlenecks at an early stage.


Assessing European Capacity for Geological Storage of Carbon Dioxide




The main objective of GeoCapacity is to Assess the European Capacity for Geological Storage of Carbon Dioxide.

The project has included full assessments of a number hitherto not covered countries, and updates of previously covered territory. Also a priority is the further development of innovative methods for capacity assessment, economic modelling and site selection criteria. Finally, an important mission is to initiate scientific collaboration with China and possibly other CSLF members. The GeoCapacity project has comprised all or parts of the sedimentary basins suitable for geological storage of CO2 and located within the EU and the Central and Eastern European new member states and candidate countries. In areas, which were part of the GESTCO project completed in 2003, the work has included only supplementary updates.

The project is co-funded by the EU within FP6 - the 6th Framework Programme of the European Community for Research, Technological Development and demonstration activities, contributing to the creation of the European Research Area and to innovation (2002 to 2006).


HYdrogen STORage In European Subsurface




Renewable hydrogen, when combined with large-scale underground storage in aquifers, depleted fields or salt caverns, makes it possible to balance out the variability of renewable energy production. While storing pure hydrogen in salt caverns has been practiced since the 70s in Europe, pure hydrogen storage has not been carried out yet anywhere in depleted fields or aquifers.
Hystories will deliver technical developments applicable to a vast range of future aquifer or depleted field hydrogen storage sites, will conduct techno-economic feasibility studies, and provide insights into underground hydrogen storage for decision-makers in government and industry.

The Hystories (HYdrogen STORage In European Subsurface) project, coordinated by GEOSTOCK SAS (France), started at the beginning of 2021 and will last for two years. It unites 7 partners and 17 third parties across 17 European countries and is financed by the European Union’s H2020 program with a budget of 2.5 M€.

The European Network of Excellence on the geological storage of CO2 (CO2GeoNet) is coordinating workpackage 1; geological assessment. This workpackage will produce a database of geological storage opportunities both on and offshore by building on previous subsurface assessments with the addition of new data including parameters with specific relevance to geological storage of hydrogen. Thanks to the involvement of 17 of its Members, CO2GeoNet will be able to collate data for at least 22 European countries.





PilotSTRATEGY focuses on advancing understanding of deep saline aquifer (DSA) resources for geological CO₂ storage in five European industrial regions in Southern and Eastern EuropeDSAs have much promise and potential for CO₂ storage, but despite their high potential storage capacity, they are not well studied. There is a need to increase confidence and maturity of understanding of these sites.

PilotSTRATEGY will investigate DSA in detail in three regions of Southern Europe: Paris Basin (France), Lusitanian Basin (Portugal) and Ebro Basin (Spain). This will include acquisition of new data, detailed geo-characterisation, feasibility studies and preliminary design or pre-front end engineering and design studies. At the end of the project, the level of site characterisation in these three regions will be sufficient to allow a final investment decision to be made and for storage permitting and project approval to be obtained.
In two further regions of Eastern Europe, West Macedonia (Greece) and Upper Silesia (Poland), PilotSTRATEGY will increase the maturity and confidence level of understanding of DSA storage resources, based on new available data, reprocessing of old data and new dynamic simulation studies. This will enable these regions to start planning to develop their storage resources.
Recognising the social challenge of implementing geological CO₂ storage, PilotSTRATEGY will take a systemic approach and analyse the factors that influence societal acceptance of storage sites, to develop methods for societal engagement. Regional stakeholders and the local public will be involved in developing recommendations and concepts as part of the pilot conceptualization and design. At the same time, PilotSTRATEGY will run a series of dialogues, “Talk with Authorities,” to support capacity building in local authorities and build policy makers’ awareness of geological CO₂ storage, particularly the role of CCUS in just, net-zero transitions in all regions.


Research into impacts & safety in CO2 storage


CO2GeoNet partners: CO2GeoNet, BGR, BGS, OGS, SAPIENZA, SINTEF


RISCS is a European project which aims to improve our understanding of the possible environmental impacts of geological storage of CO2. There are 24 organisations participating in RISCS including research institutions, industry environmental associations and the International Energy Agency Greenhouse Gas R & D Programme. The project is designed to study a wide range of potential impacts, thus providing tools for developing appropriate legislation and helping to ensure the safe management of CO2 storage sites.

RISCS is a 4- year, EU and industry sponsored project, with focus on the potential environmental impacts that might be associated with CO2 leakage from a storage site, even if such leakage is very unlikely.

The project provides the essential research, through field work and the development and validation of appropriate models, to underpin frameworks for the safe management of CO2 storage sites. Research within the project is focused on understanding the potential likelihoods and consequences of impacts scenarios on key receptors such as human populations, ecosystems, and groundwater.

A representative set of reference scenarios, encompassing the main types of impacts to living organisms that could be present, are investigated. This covers a range of CO2 storage options , both onshore and offshore, in a variety of geographical settings.

RISCS aim is to communicate the research and the outcomes in an accessible way to stakeholders and the public. A key output of the project (and other related research) is a ‘Guide for Impact Appraisal’, developed in consultation with stakeholders.


Subsurface Evaluation of CCS and Unconventional Risks




The SECURe project (Subsurface Evaluation of CCS and Unconventional Risks) will gather scientific evidence relating to monitoring the environment and mitigating risk in order to guide subsurface geoenergy development.

The three-year project will produce a set of best practice recommendations for establishing environmental baseline conditions for unconventional hydrocarbon production and the geological storage of anthropogenic CO2, including outputs addressing how to develop effective communications strategies with different stakeholder groups. The two technologies have different applications and end results while sharing some similarities in approach, which necessitate safe and monitored deployment.
Our research partners will develop monitoring and mitigation strategies for the full geoenergy project lifecycle, carrying out experimental research and innovative technology development that will be demonstrated at research and commercial facilities. We will also develop communication and community engagement strategies to provide a greater level of understanding of both subsurface technologies.

Collaboration with leading groups in the USA, Canada and Australia will be a key part of the project, and the final results will be of relevance and use to a variety of stakeholders, from project operators and regulators to policy makers and the wider public.

The SECURe partnership includes major research and commercial organisations from seven European countries (Denmark, France, Germany, The Netherlands, Norway, Poland and United Kingdom), who will share results from the project more widely.

Download Project Factsheet

SECURe will provide a legacy of:

  • A network of experimental and industrial field sites as a proving ground for cutting-edge technologies and to enable knowledge transfer between sectors;
  • A platform for international cooperation;
  • A scientifically sound, unbiased and independent best practice for baselining, monitoring, mitigation and remediation – within a risk-assessment framework;
  • Models and best practice guidelines for engaging different stakeholders including citizens through participatory monitoring;
  • A formal continuous training programme for researchers and students.

The project, which is funded from the European Union’s Horizon 2020 research and innovation programme (grant agreement No 764531), runs from June 2018 until May 2021.

Although the UK has now left the EU and has entered the transition period, which will continue until 31 December 2020, the terms of the Withdrawal Agreement ensure that the UK remains a full participating country for the remainder of Horizon 2020 (H2020). All successful projects are funded for their entire duration.



Characterisation of European CO2 storage sites




The three-year European SiteChar project (FP7), dedicated to set the criteria for characterisation of sites for geological storage of CO2, was launched in January 2011.

SiteChar has examined the whole site characterisation process integrating site characterisation, risk assessment and development of monitoring plans. The workflow has been tested at a range of onshore and offshore, saline aquifers and depleted hydrocarbon reservoirs, representative of various geological contexts and located across Europe. Detailed evaluation of site-specific techno-economic factors and injection strategies have been performed. Social site characterisation and public engagement activities have also been conducted. A key innovation is the development of dry-run licence applications.

By advancing a portfolio of sites to a (near-) completed feasibility stage, developing a methodology for the preparation of license applications, incorporating all the technical and economic data, as well as societal aspects, SiteChar has provided a valuable tool for the roll- out of geological storage on an industrial scale in Europe.

Coordinated by IFP Energies nouvelles, SiteChar gathers another sixteen partners from research, industry, and consultancy sector, from ten EU countries: AGH, BGS, ECN, ENEL, GEUS, GFZ, IMPERIAL, OGS, PGNiG, SINTEF-PR, Statoil, TNO, UfU, UniRoma1-CERI, Vattenfall and the Scottish Government. SiteChar is has been also supported by Veolia Environnement.

Strategy CCUS

A viable solution for a sustainable future




STRATEGY CCUS is an ambitious three-year project funded by the European Union to support the development of low-carbon energy and industry in Southern and Eastern Europe. Work began in May 2019, and the project will run until April 2022.

Scientists from ten European countries are working together to speed the development of carbon capture, utilisation and storage (CCUS) technology, which will deliver significant cuts in emissions from industrial and power sectors.

The project focuses on eight regions identified as promising for CCUS development and aims to encourage and support initiatives within each region by producing local development plans and business models tailored to industry’s needs.


Understanding the Log-Term fate of geologically stored CO2


CO2GeoNet partners: BGR, BGS, BRGM, GEUS, IFPEN, TNO


ULTimateCO2, a four-year collaborative project financed by the 7th Framework Programme and coordinated by BRGM, aims to shed more light on the long-term processes associated with the geological storage of CO2.

ULTimateCO2 unites 12 partners (research institutes, universities, industrialists) and a varied panel of experts (NGOs, national authority representatives, IEAGHG, ….).

Based on a multidisciplinary approach, and bringing together laboratory experiments, numerical modelling and natural analogue field studies, ULTimateCO2 will increase our understanding of the long-term effects of CO2 Capture and Storage (CCS) in terms of hydrodynamics, geochemistry, mechanics of the storage formations and their vicinity.

The project considers the three crucial elements of a storage site: 

Reservoir: All processes of multiphase flow and associated geochemical reactivity are studied through laboratory experiments and digital modelling in order to assess CO2 trapping mechanisms (structural, dissolution, residual, mineral), based on both hypothetical and real data.

Caprock: A shaly caprock, potentially faulted or fractured, is studied in detail based on i) previous data on gas reservoirs in the North Sea that have shown leakage, ii) laboratory tests on shale cores altered by geochemical acidification, and iii) numerical modelling coupling geochemical alteration of shale and behaviour mechanics.

Wellbore: The wellbore vicinity is a crucial zone for possible leakage compromising the long term efficiency and safety of a storage site. The project is undertaking a true scale experiment in the underground rock laboratory of Mont Terri in Switzerland to reproduce conditions of a well bottom in contact with brine acidified by dissolved CO2 during one year, with fluid sampling and continuous monitoring of permeability of the shale-cement-casing interface. Overcoring and extraction of the entire system will then enable detailed identification of any potential leakage paths and geochemical interactions of the interfaces.

meet our members

Bundesanstalt für Geowissenschaften und Rohstoffe

The Federal Institute for Geosciences and Natural Resources (BGR) is the central geoscientific authority in Germany providing neutral and independent information and advice to the German Federal Government, the German parliament, national industry organizations and individual entitites. BGR also represents the Federal Republic of Germany in international geoscientific committees. It is subordinate to the Federal Ministry for Economic Affairs and Energy and has a staff of around 750 people.

BGR is one of the competent authorities in Germany according to the German CCS law and it is committed in international committees with relevance for CCS such as the ISO Technical Committee “Carbon dioxide capture, transportation, and geological storage” (ISO/TC265).

BGR was one of the founding members of CO2GeoNet at the time of the EC contract and is now a cooperating partner of the CO2GeoNet Association as defined by a cooperation agreement.

Since the year 2000, BGR has been investigating various aspects of the geological storage of CO2 in different locations and regions inside and outside Germany, partnered by national and foreign research institutions, geological surveys, and industrial partners. Research activities have focused on the following topics:

  • Storage options and potentials as well as interactions with other subsurface usages focusing on national assessments(e.g., projects Geothermal Atlas, Storage Catalogue of Germany, GESTCO, GEOCAPACITY, CO2STORE, COOSKA, CO2Dissolved).

  • CO2 plume development and brine migration by reservoir simulations (e.g., CO2BRIM, CLUSTER, GESTCO, CO2STORE).

  • Geochemical processes in geological storage reservoirs studied by laboratory experiments, natural analogue studies & geochemical simulations with special focus on impacts of impurities (e.g., projects CLUSTER, COORAL, CO2QUEST, ULTimateCO2, CLEAN, CSEGR, DYNAMIS, CSEGR).

  • Monitoring, in particulargas-geochemical monitoring and microbiological monitoring (e.g., projects MONACO, CO2ReMoVe, CLEAN, CASTOR).

  • Development of Safety and Monitoring concepts and guidelines for CO2 storage (e.g., projects MONACO, STABILITY, CO2ReMoVe, NASCENT).
  • Potential impacts of CO2 on the environment as studiedat sites of natural CO2 emanations, field test sites or (potential) storage pilot sites (e.g., projects RISCS, CLEAN, RECOBIO II, NASCENT, CO2GeoNet).


British Geological Survey

The British Geological Survey

The British Geological Survey (BGS) was established in 1835 and is the United Kingdom’s national geological survey and one of the world’s major centres of geoscientific knowledge, expertise and excellence. It is the UK's premier provider of objective and authoritative geoscientific data, information and knowledge for sustainable use of natural resources, reducing risk and living with the impacts of environmental change. BGS is  a  public sector  organization  responsible for  advising  the UK  government  on all  aspects  of geosciences, as well as providing impartial geological advice to industry, the public and academia. BGS is a component institute of the UK Natural Environment Research Council (NERC).

BGS is a world leader in the field of geological storage of CO2. It is the largest storage research centre in the UK with over 30 active researchers and a track record in CCS going back to 1991. Over the past two years BGS has carried out more than 60 CO2 storage projects. Our current annual Carbon dioxide Capture and Storage (CCS) turnover is £1.3M. For more information please see the CO2 storage research pages on our website.

Since coordinating the first EC funded CCS research and development project (Joule 2) BGS has played a major role in CO2 storage research through projects funded by research grants from the European Commission (e.g. FP5, FP6, FP7, EuropeAid), UK funding (e.g. NERC, EPSRC, UKCCSRC), industry and through own funding. BGS has a seat on the Co-ordination Group of the UK CCS Research Centre (UKCCSRC) and provides two UKCCSRC Research Area Champions.  BGS is Storage Coordinator for the CCS Joint Programme of the European Energy Research Alliance (EERA) and is a founding partner of the CO2GeoNet Association.

Examples of a few recent projects and roles are given below:

The GeoEnergy Research Centre (GERC) is a pioneering joint venture co-founded by BGS and the University of Nottingham (UoN). As part of this partnership, the GeoEnergy Test Bed has been established, this subsurface field laboratory will be used to assess fluid-rock interaction, sensor development and to support advanced reservoir modelling techniques relating to sustainable energy technologies including CCS.

BGS hosts and develops the UK CO2 Storage Evaluation Database in partnership with The Crown Estate. This database represents a state of the art assessment of storage potential of the offshore UK. Development of the database was funded by  the ETI and the Crown Estate.

BGS is a core member of the BIGCCS Centre (Research Council of Norway and industry funding, 2009 – 2017). The goal of the Centre is to enable sustainable power generation from fossil fuels based on cost-effective CCS. The BIGCCS Centre develops new knowledge and technologies required to accelerate deployment of large scale CCS through international cooperation, innovation and value creation.

BGS is responsible for development of the IEAGHG web-based storage site monitoring selection tool which identifies and prioritises technologies that could form part of a monitoring programme (funded by IEAGHG)

BGS lead the DiSECCS project (EPSRC research grant, 2013 – 2017). This project brings together monitoring datasets from the World’s three industrial scale CO2 storage sites at Sleipner, Snohvit and In Salah to develop and test advanced and innovative monitoring tools and methods for the measurement and characterisation of the CO2 storage reservoirs through advanced seismic techniques.

BGS is also partner in a new NERC-funded grant (2016-2020) to assess CO2 migration processes in storage site overburdens; Characterization of major overburden leakage pathways above sub-seafloor CO2 storage reservoirs in the North Sea (CHIMNEY).

The ULTimateCO2 FP7 project (2011 – 2015) focused on the long-term processes involved in the geological storage of CO2 in order to increase confidence in the long-term efficiency and safety of CCS. BGS was Work Package leader responsible for directing research on long-term geochemical reactions in reservoir systems following CO2 injection.

The QICS controlled subsea release project (funded by NERC and the Scottish Government, 2010 – 2014) improved understanding of the sensitivities of the UK marine environment to CO2. The aim of the project was to understand potential impacts if leakage were to occur from a CCS project. BGS was lead partner on drilling and CO2 injection for the project.

The CO2CARE project (funded through EC FP7 and industrial sponsorship, 2011 – 2014) delivered technology and procedures for abandonment and post-closure safety, satisfying the regulatory requirements for transfer of responsibility. BGS coordinated the development of dry-run site closure applications for the Sleipner, Ketzin and K12-B storage sites.

The SiteChar FP 7Project (2011 – 2013) researched development of site characterisation methodologies to satisfy European regulations relating to CO2 storage. BGS coordinated the assessment of dry-run storage licence applications for possible UK and Danish storage sites on behalf of representatives of industry, academia and regulatory bodies.


Bureau de Recherches Geologiques et Minieres

BRGM is France’s Public Institution responsible for mobilising the Earth Sciences in the sustainable management of natural resources and the subsurface domain. It contributes advice and expert assessments to public authorities.

BRGM research and development programmes support innovation and work in the following areas: mineral resources, groundwater, development planning and natural risks, environment and pollution, environmental metrology, mapping and digital information systems. With a staff of 860 employees, BRGM is present in all the Regions of France through its network of Regional Geological Surveys and has been active for many years in more than 40 countries throughout the world.

BRGM is acknowledged within France as a leading authority on CO2 sequestration. BRGM was involved in the pioneer EU Joule project ten years ago and has been involved since in many other CO2 projects: SACS, SACS2, GESTCO, NASCENT, WEYBURN, CO2NET, CO2STORE, SAMCARDS, PICOR. BRGM present expertise in CO2 research concerns: 1) geochemical modelling of CO2-water-rock interactions; 2)coupled geochemical-transport-flow modelling; 3) microseismic monitoring; 4) soil gas survey monitoring; 5) geochemical monitoring; 6) long term risk assessment. BRGM has been leading since the Joule project the Work Packages or tasks on geochemistry or geochemical and coupled modelling and is then acknowledged in Europe as an expert on the geochemical aspects of CO2 storage. BRGM will also bring to the NoE significant expertise from other research domains (e.g. geothermal energy, radioactive waste storage, mineral exploration, natural hazards, contaminated sites) that can be transferred to CO2 storage research, such as geomechanical modelling, geochemical and geomechanical experiments, and a wide range of geophysical and remote sensing monitoring methods. Concerning the other items of the Joint Programme of Activities, BRGM will have a key role in: integrating activities: share of research infrastructure (analytical and experimental facilities, modelling tools, monitoring tools), staff mobility, communication, joint research development; activities to spread excellence: professional training, conferences & workshops, media. BRGM has already experience with professional training, conferences & workshops, media in the field of CO2 research. BRGM is involved in advice to French government regarding CO2 issues by participation in two national committees: MIES (Mission Interministérielle sur l’Effet de Serre, Governmental Committee on Greenhouse Effect) and Club CO2 (French thematic club on CO2 capture and storage).


Centre for Research and Technology Hellas

The Centre for Research and Technology Hellas (CERTH) is the largest research centre in Northern Greece.

CERTH's annual turn-over for 2014 was around 20 million Euros. Around 700 highly qualified scientists are working in the Centre. Ranking among the top 20 Research Centres in Europe (16th place, up from 18th in 2011) in FP7 competitive grant participation for the period 2007-2012.

CERTH, in collaboration with other research institutes, is carrying out fundamental and applied research focusing on capture and storage of CO2. The main targets are the development and implementation of “cleaner” coal combustion technologies and the development of innovative environmental management methods, focused on CCS technologies and use of alternative fuel sources, such as coal gasification and hydrogen production. CERTH’s longstanding experience in the field derives from the realisation of numerous EU and national energy-related projects, in collaboration with Europe’s leading power producers.

The main areas of expertise, related to CCS, are geological monitoring of CO2, Geological modelling of the CO2 storage site, environmental monitoring, CO2 mineralisation and characterisation of a CO2 storage site. The CERTH Storage infrastructure provides facilities for the characterisation of a storage site. That includes an X-Ray Diffractometer for the mineralogical characterisation of the reservoir and cap rock, a spectrophotometer for the chemical analysis of the water samples, a CHNS analyser for the determination of the carbon, hydrogen, nitrogen and sulphur. Moreover, the CERTH Storage is equipped with an Atomic Adsorption Spectrometer (AAS) for the determination of chemical elements and a calorimeter for the measuring of the high heating value of coal and lignite samples.

The services that are offered by CERTH Lab are achieved through the use of its equipment infrastructure and involve proof of concept experiments, heat balance studies, combustion and gasification studies, mineralogical and petrographical examination, cores/samples studies, etc. The laboratory is certified with ISO17025 for the determination of: moisture, ash, volatiles, total moisture, chlorine, CHNS, heating value, ash metals, as well as the biogenic fraction of SRF fuels. In that certification lays the uniqueness of CERTH facilities in Greece.

Relevant Activities:

  • Research into Impacts and Safety in CO2 Storage (RISCS)
  • Novel Technologies on the implementation of CCS - NSRF – Cooperation
  • European Carbon Dioxide Capture and Storage Laboratory Infrastructure (ECSSEL)
  • Study of Deep Underground Coal Gasification and the Permanent Storage of CO2 in the Affected Areas (UCG- CO2) - RFCS


Ceska geologicka sluzba

Czech Geological Survey (CGS / Czech Republic) is the leading geological research institution in the Czech Republic. It is a state research institute supervised by the Ministry of Environment. Its staff counts about 260 people, round 170 of them being university graduates.

Geo-energy related activities of CGS have developed a significant knowledge in the field of CO2 geological storage, monitoring of CO2 and methane migration and emanation at sediment surface, formation water geochemistry, mineralogical, optical and geochemical characterisation of the reservoir rocks and seals. CGS is Czech national country representative in ENeRG (European Network for Research in Geo-Energy) and is in charge of ENeRG website www.energnet.eu. In 2004-2011, CGS was a member of CO2NET, the Carbon Dioxide Knowledge Sharing Network. CGS took part in a series of European R&D projects, incl. the FP6 EU GeoCapacity project (Assessing European Capacity for Geological Storage of Carbon Dioxide) and CGS Europe (FP7 Pan-European Co-ordination Action on CO2 Geological Storage). In 2006-2010, CGS coordinated CO2NET EAST, a FP6 project focused on CCS knowledge transfer and awareness raising in new EU Member States and Candidate Countries.


Swiss Federal Institute of Technology Zürich

ETH Zurich is one of the leading international universities for technology and the natural sciences. It is well-known for its excellent education, ground-breaking fundamental research and for implementing its results directly into practice. Founded in 1855, ETH Zurich today has more than 18,500 students from over 110 countries, including 4,000 doctoral students. To researchers, it offers an inspiring working environment, to students, a comprehensive education. Twenty-one Nobel Laureates have studied, taught or conducted research at ETH Zurich, underlining the excellent reputation of the university. According to the 2015 QS Rankings by Subject, ETH Zurich's earth scientists performed especially well, achieving the top rank for the subject Earth & Marine Sciences.

Among ETH Zurich’s strategic focus areas are climate change and energy science. In particular, energy research at ETH Zurich is geared towards the aim of enabling the 1-tonne CO2 society. Hence, ETH Zurich has taken the role of the leading house in various national projects dealing with the Carbon Capture and Storage value chain. The project CARMA explored the potential and feasibility of CCS systems deployment in Switzerland, and led to the development of a Swiss CCS roadmap to a CO2 injection test. The storage pilot test got integrated in the ongoing Swiss Competence Centre for Energy Research - Supply of Electricity. Furthermore, ETH Zurich hosts the Swiss Seismological Service with its recognized specialists for injection-induced seismicity. At European level, ETH Zurich is in the core group of ECCSEL, the European Carbon Dioxide Capture and Storage Laboratory Infrastructure project. The goal is to establish and operate a world class network of complementary distributed CCS laboratories and a limited set of pilots and test sites.

Relevant memberships and project experience:

  • · ECCSEL (partner)
  • – Pan-European CCS research laboratory infrastructure, FP7/H2020
  • · SCCER-SoE (leading house)
  • – Geoenergy competence centre for energy research
  • · EERA (member): European Energy Research Alliance
  • · DECARBit (partner): Novel pre-combustion capture systems, FP7
  • · CO2NET and CO2NET2 (member): FP5/FP6 sponsored thematic network
  • · CARMA (leading house): Feasibility of CCS in Switzerland


National Institute of Marine Geology and Geoecology

The National Institute of Marine Geology and Geo-ecology of Romania- GeoEcoMar, is a research and development institute established in 1993, under the co-ordination of the Romanian Ministry of Education and Research.

The main activities of GeoEcoMar relate to marine, deltaic and fluvial environmental and geoecological studies regarding the ecosystems of the River Danube - Danube Delta - coastal Black Sea geosystem; the environmental impact of anthropogenic structures (civil and hydrotechnical works) that are located along the Danube course and in the Danube Delta; geological-geophysical-geoecological survey of the Black Sea as well as of other marine areas; study of natural hazards in Black Sea environment (submarine landslides, tsunami, major storms, etc).

In recent years, under the leadership of Dr.eng. Constantin-Stefan Sava, Head of the Geophysical Methods for Deep Investigations Department, the Institute has started studies and analysis connected with the greenhouse emissions in Romania as well as the possibility of geological storage of CO2. Scientists from GeoEcoMar were and are actively participating in FP-6 projects: CASTOR, as subcontractors, EU Geocapacity and CO2 Net East as well as in FENCO-ERA project: Impact of communication. To boost the activity in this field in 2007 a CO2 Club was established.,Scientists from GeoEcoMar have a large experience in disseminating CCS knowledge in Romania, are involved in preparing a local CCS demonstration project by assessing potential storage sites and provide the geological expertise for the implementation of EU Directive on CO2 geological storage in Romania.

National activities/networks: GeoEcoMar is part of the national task force organised at governmental level for the implementation of the EU Directive for CO2 storage and is a founder member of the CO2 Club association.

GeoSphere Austria

Bundesanstalt für Geologie, Geophysik, Klimatologie und Meteorologie

GeoSphere Austria is the Federal Institute for Geology, Geophysics, Climatology and Meteorology since January 1, 2023. It was formed by the merger of the Geologische Bundesanstalt (GBA) and the Zentralanstalt für Meteorologie und Geodynamik (ZAMG). As the national geological, geophysical, climatological and meteorological service, GeoSphere Austria plays an important role in increasing Austria’s resilience and disaster preparedness. By contributing to a prevention-oriented approach to climate change, Geosphere Austria aims to secure a sustainable development of Austria.

GeoSphere Austria employs about 500 people, with locations in Vienna at the Hohe Warte and the Neulinggasse. Regional offices are located in Linz, Salzburg, Innsbruck, Graz and Klagenfurt. In addition, GeoSphere Austria operates the Sonnblick Observatory in Salzburg, the Conrad Observatory near Pernitz and a geophysical test site near Melk (both in Lower Austria).


Geological Survey of Denmark and Greenland

The Geological Survey of Denmark and Greenland (GEUS), established in 1888, is a research and advisory institute under the Danish Ministry for Environment and Energy.

The main mission of GEUS comprises provision of R&D and advisory services for government agencies, local authorities and private enterprises in Denmark as well as internationally. Key scientific areas include: ground water and surface water resources, petroleum resources and subsurface energy storage/disposal, raw materials and minerals resources, geological mapping of Denmark, Greenland and the Faeroe Islands, marine geology, environmental impacts assessment, and physical & electronic data storage for the Kingdom. Current staff is about 450, with some 200 holding academic degrees. Annual turnover is about DKK 225 million (c. 30 million Euro). GEUS has conducted research pertaining to geological sequestration of CO2 since 1993, being one of the European pioneers in this area. GEUS has lead or contributed to a number of RTD projects, including; SACS Phases Zero, 1 and 2, GESTCO (project manager), CO2NET 1 & 2 (initiator and co-ordinator of RTD strategy activity), Weyburn (Canadian CO2 EOR), CCP (sub-project on aquifer storage) and CO2Store (co-ordinator of 4 onshore site-specific activities). In addition, GEUS is actively engaged in a number of international forums including IEA (Greenhouse Gas Programme, Oil and Gas Advisory Group, WPFF Task Force on Zero Emissions), European Commission and Parliament (expert workshops, evaluations, FEE etc.) and the IPCC ongoing activity aiming at gaining acceptance of CO2 capture and storage as a Kyoto Protocol mechanism.


Helmholtz Centre Potsdam, Deutsches GeoForschungsZentrum

GFZ was founded in 1992 as the national research institution for geosciences in Germany and is ab initio member of the Helmholtz Association of National Research Centres. With currently 1100 staff GFZ combines all solid earth science fields including geodesy, geology, geophysics, mineralogy, palaeontology and geochemistry, in a multidisciplinary scientific and technical environment.

The GFZ is built up by five departments: geodesy and remote sensing, physics of the Earth, geodynamics and geomaterials, chemistry of the Earth, and Earth surface processes. The departments are accompanied by Geo-Engineering Centres, e.g., for tsunami early warning, for geothermal energy research, and underground storage of CO2.

The Centre for Geological Storage CGS is in charge of management and research at the CO2 storage site of Ketzin. There, the storage of a maximum 100,000 t of CO2 is permitted (65,000 tonnes of CO2 already injected by May 2013) and several European and German projects are already integrated, among them CO2SINK and CO2ReMoVe. Their synergy is leading to an exhaustive characterization of the site and has allowed the development and deployment of a rich and innovative monitoring network to observe the plume migration and reservoir behaviour. The Centre for Geological Storage CGS is also active at the international level, as member of the International Performance assessment Centre for CO2-Storage (IPAC) and within the Helmholtz-Alberta Initiative (HAI) with the University of Alberta.

Relevant project experience (most recent only):

  • CO2SINK - CO2 Storage by Injection into a Natural Saline Aquifer at Ketzin
  • CO2ReMoVe - CO2 Geological Storage: Research into Monitoring and Verification Technology
  • CO2MAN - CO2 Reservoirmanagement
  • GRASP - Greenhouse-gas removal apprenticeship and student programme


Główny Instytut Górnictwa, Central Mining Institute

The Central Mining Institute (GIG), established in 1925, is one of the largest research institutes in Poland, working for the benefit of the mining industry and also for the enterprises representing different branches, state and local administration and foreign partners. GIG’s activities are mainly focused on mining and environmental engineering, occupational safety, material engineering, education and training. As one of the very first European scientific organizations GIG got involved in CCS-related issues i.e. RECOPOL project and later into MOVECBM, CO2REMOVE, ECCSEL, TOPS and many other CCS-related activities. GIG is actively involved in all aspects of CCS/CCU chain i.e.: Capture – Transport – Storage – Use providing also expertise on risk assessment and public perceptions of CCS/CCU. GIG has a unique combination of highly qualified scientists, modern laboratories and equipment, making it one of the well-known R&D units with more than 90 years of international expertise and scientific excellence.


Heriot-Watt University

The Institute of GeoEnergy Engineering at Heriot-Watt University (formerly Institute of Petroleum Engineering) focuses on subsurface engineering technology and innovation for the low-carbon transition, sustainable energy and responsible resource management.


 SCCS Research Projects

A number of projects have been carried out as part of SCCS (Scottish Carbon Capture and Storage – www.sccs.org.uk). HWU is a founder member of this group, along with the British Geological Survey and the University of Edinburgh. We have taken part in projects to assess potential storage sites in deep saline formations under the North Sea, and also to evaluate enhanced oil recovery and CO2 storage in hydrocarbon reservoirs.  In particular, we specialise in numerical simulation of CO2 injection into realistic reservoir models.


Centre for Enhanced Oil Recovery and CO2 Solutions

This group performs experiments on core plugs and micromodels to investigate oil and gas recovery mechanisms at high pressures and temperatures.  They also perform numerical simulations to generalise the results of the research.


PVT and Hydrates

The PVT group studies the effect of impurities on the properties of CO2.


GeoEnergy Group

This group studies flow, mechanics and gas sorption in porous and fractured low permeability rocks. Further work deals with induced seismicity during storage or depletion and fugitive gas emissions from geological storage or gas production sites .




Instituto de Ciências da Terra

The Institute of Earth Sciences (ICT) is a research center hosted by 3 Portuguese universities: University of Évora, University of Minho and University of Porto. ICT currently has 78 researchers (PhD) organized in six groups: Atmospheric Sciences, Water and Climate; Georesources and Geomaterials; Geoconservation and Geoscience Education; Environmental Monitoring and Remediation for Sustainability; and Lithosphere Dynamics.

Research on CCUS started at ICT in 2008 and resulted in the storage capacity assessment and definition of transport options for Portugal, within the scope of projects KTEJO and COMET. ICT was a partner in developing the CCS Roadmap for Portugal and has been actively promoting the technology amongst the members of the Community of Portuguese Language Countries. Currently ICT is involved in project INCARBON and in the STRATEGY CCUS Coordination and Support Action. 



IFP Energies nouvelles

IFP Energies nouvelles (IFPEN) is a major research and training player in the fields of energy, transport and the environment. From research to industry, technological innovation is central to all its activities, structured around three strategic priorities: sustainable mobility, new energies and responsible oil and gas.

IFPEN develops technologies to address the demand for major chemical intermediates and oil products meeting the strictest standards in terms of vehicle pollutant emissions, at the same time reducing their environmental impact and CO2 emissions. In addition, IFPEN works with the oil and related industries on cutting-edge technologies in target sectors, such as exploration, enhanced oil recovery, offshore production or gas sweetening.

IFPEN mission is to provide the industry with innovative and efficient tools and technologies, with a view to ensure a safe and sustainable energy transition. Delivering processes, chemicals, equipments, software and methodologies for CO2 capture and geological storage is one priority of IFPEN.

IFPEN is working on the whole CCS chain, developing innovative industrial processes for capturing CO2 and knowledge and tools for the management of CO2 geological storage. IFPEN is a major actor in this field, coordinating and participating in many national and European projects for more than 20 years.


Instituto Geológico y Minero de España

Instituto Geológico y Minero de España- IGME is a public research organism that belongs to the Spanish Ministry of Science and Innovation.

Its goal is to provide support to other administration bodies and to the society in general about all activities related to Earth Sciences. IGME has been a partner of the GeoCapacity Project and it is now Work Package coordinator at the COMET Project, both financed by the Framework Programme.

IGME has also participated in national initiatives related to geological storage, as PSE-CO2 project and CenitCO2. In this project, technicians involved belong to the area of Subsoil and Geological Storages Investigation. IGME is also ivolved in the monitorization programme of the pilot test site of Hontomín, ran by the City of Energy Foundation (CIUDEN).

Fields of Experties

  • Site characterization
Geological Modelling 

  • Simulation

  • Gravimetry

CGS Projects

  • COMET (7th Framework Programme)
  • CGS Europe (7th Framework Programme) 

  • INNSONDA (National Strategy for Innovation, Innpacto Programme) 

  • PORE CO2 (National Plan for Research and Development)


Department of Earth Science and Engineering, Imperial College London

Imperial College is a technological university having a strong international reputation in teaching and research across the main areas of science and technology. The College has around 1750 full-time members of academic and research staff involved in research.

In the latest Higher Education Funding Council Research Assessment Exercise, covering all universities, the Department was accredited with the maximum score of 5* for its international research excellence. Research carried out by the Group at Imperial College since 1990 has established the Group as an internationally recognised multi-disciplinary research centre dealing with coalbed methane and enhanced coalbed methane technology, environmental modelling and risk assessment. A number of projects funded by the UK Research Councils, UK Department of Trade and Industry, the European Commission and industry led to the development of a unique CMB simulator (METSIM) which has recently been extended as an ECBM/CO2 Storage simulator (METSIM2) through the EC Energie Programme funded project ICBM, co-ordinated by IMPERIAL.

Examples of related research projects:

(1) "Numerical simulation of methane flow in coal seams",

(2) "An experimental and theoretical investigation into coalbed methane well performance prediction and stimulation modelling",

(3) "Coalbed methane well stimulation-modelling and performance prediction",

(4) "An investigation into horizontal borehole technology for improved coalbed methane recovery",

(5) “Methane production simulation from abandoned mines (METSIM)”,

(6) “An investigation into the effects of matrix swelling on coal permeability for ECBM and CO2 sequestration assessment",

(7) “Development of advanced reservoir characterisation and simulation tools for improved Coalbed Methane Recovery (ICBM)”,

(8) “Assessment of hazardous gas emissions to the surface over former mined areas (MINGAS)”,

(9) “An experimental investigation into permeability enhancement in coalbed methane reservoirs”,

(10) “Modelling the uncertainty and risks associated with the design and life cycle of CO2 sequestration in coalbed methane reservoirs (ECBM-RISK),

(11) ”ECBM Software Code development/comparison project (Geo-Seq)”,

(12) “CO2, from capture to storage (CASTOR)”,

(13) “CO2 Life Cycle and Impact Assessment in Capture and Geological Storage (CO2LCA).


Middle East Technical University Petroleum Research Center

Middle East Technical University Petroleum Research Center (METU PAL) was founded in 1991 with the collaboration of Middle East Technical University Department of Petroleum and Natural Gas Engineering, General Directorate of Petroleum Affairs and Undersecretariat of Treasury. METU PAL is a developed research center that continues fuel quality check analysis and provides national/ international consulting services as well as analytical solutions about petroleum industry and any related energy and environmental issues. Since 1994, METU PAL provides quality check and standard compliance control analysis to the petroleum sector and since 2004 the center has the accreditation provided by Turkish Accrediation Agency (TURKAK) on TS EN ISO IEC 17025 Standard. Analysis of gasoline, diesel oil, fuel oil, natural gas, liquefied petroleum gas (LPG), mineral oil and waste oil quality check are conducted at METU PAL with high technology equipment. With the continuous follow-up of fuel that is transferred from refineries to distribution companies, from fuel stations to the consumers, both consumers and companies are protected. In this context, METU PAL is designated as an umpire laboratory with the February, 15 2001- Number: 24319 issue of The Official Gazette by Undersecretariat of Customs. Center is also conducting researches related to oil/gas and geothermal reservoir evaluations, natural gas and carbon dioxide storage. PAL is involved in international and national projects such as CGS Europe, ENOS as well as some contracted researhes in petroleum and geothermal sector.


Mission of METU PAL:

  • Developing projects that meet the needs of public and private sector on oil and natural gas exploration and production, refinery, transportation and environmental issues
  • Continuing quality check and standard compliance control analysis of petroleum and petroleum products and developing new analysis methods for this purpose
  • Following the recent developments and studies of international research centers and oil industry
  • Providing a research environment giving rise to the development of new technologies and scientific methods for petroleum sector
  • Supplying services to the oil companies on their demands
  • Organizing training programs on related areas


Main objectives of METU PAL:

  • Ensuring the continuity of confidence towards PAL with impartial and high quality results
  • Providing the continuation of development, good professional and technical practice and meeting the customer needs
  • Working according to the principles of proficiency, impartiality, independency, productivity, transparency, honesty and respect
  • Providing the requirements for the confidentiality
  • Concerning environmental issues and acting accordingly


Based on its quality policy, METU PAL continues its activities according to national/ international standards with high technology test equipment, participates in inter-laboratory comparison tests and uses reference/ standard materials. METU PAL targets to meet the needs of the sector with its continuously trained professional personnel.

METU PAL has Fuel Analysis Laboratory, Waste Oil Analysis Laboratory, Natural Gas Analysis Laboratory, LPG Analysis Laboratory and Computerized Tomography Laboratory.

  • In the Fuel Analysis Laboratory, analysis of fuels such as diesel oil, biodiesel, gasoline, fuel oil and mineral oil are carried out according to TSE, ASTM, ISO standards.
  • In the Waste Oil Analysis Laboratory, mineral oil and waste mineral oil samples as well as other fuel types are analyzed. Waste Oil Analysis Laboratory is authorized by a Certificate of Competency by the Turkish Ministry of Environment and Urbanization and continues waste oil category determination analysis as well.
  • In the Natural Gas Analysis Laboratory, natural gas, biodiesel and some diesel oil, gasoline analyses are carried out.
  • LPG Analysis Laboratory was founded in April 3, 2002.  In the LPG Analysis Laboratory, quality check and standard compliance control analyses of LPG products (auto gas, mixture, commercial propane and butane) are performed.
  • In the Computerized Tomography Laboratory, CT scanning of core samples are conducted, distribution of the fluids in the pores of the samples are determined and characterization of samples are performed.

Since 2006, METU PAL continues the inter-laboratory comparison scheme LabKar, which was accredited according to ISO/ IEC 17043 on September 23, 2014 by Turkish Accrediation Agency (TURKAK). In the context of inter-laboratory proficiency testing scheme LabKar, participant laboratories receive diesel oil, gasoline, mineral oil, LPG samples twice a year and biodiesel, fuel oil, jet fuel samples once a year. In 2015, 72 laboratories had participated in LabKar and the results of the analysis of 208 parameters for different fuel types were collected, evaluated statistically and reported. By LabKar, it is aimed at that participant laboratories conduct fuel analysis determined by legislators according to standards, evaluate their test results and improve their performance.


Norwegian Geotechnical Institute

NGI was formally established as a research institute on 1 January 1953 under the auspices of the Royal Norwegian Council for Scientific and Industrial Research (NTNF). In 1985, NGI was turned into an independent commercial foundation. On 1 January 2024, the operational activities (research and consultancy) were transferred to Norges Geotekniske Institutt AS, a limited company that is 100% owned by the foundation NGI. Research and consulting are combined hand-in-hand at NGI and we strive to be a bridge-builder between academia, industry, and the public sector. We have offices in Norway, Houston, and Perth that together constitute an open and sharing organization that is passionate about developing our disciplines.
For the Carbon Capture and Storage (CCS) market, NGI offers consulting and research services, focused on storage complex integrity, risk, and monitoring evaluations, including environmental aspects. We utilize our state-of-the-art competence in laboratory testing, numerical analyses, risk evaluation, and monitoring, instrumentation to ensure safe CO2 storage.
Since 2008, NGI has amassed extensive experience in research and consulting on CO2 storage. This includes more than 20 research projects funded by CLIMIT (Gassnova and RCN), FME, and ERA-NET ACT, within NGI's focus areas of seal integrity, risk evaluation, and monitoring. NGI has also been involved in reviewing CO2 storage permit applications within the depleted gas field in the Netherlands and is providing consulting services to the Northern Lights JV.



NORCE  is an independent research institute with research and research-related activities in Energy, Marine Environment, Social Science and Business Development with high focus on applied research. I

RIS was established in 2006 as a continuation of Rogaland Research, (founded 1973), when it became equally owned by the University of Stavanger and the regional foundation Rogalandsforskning.

NORCE - Energy focuses on research and development of new technologies related to safe and environmentally sound exploration and exploitation of oil and gas, sustainable energy, and storage of carbon dioxide. More than 35 years of research and development have given significant contributions to the oil and gas industry, especially within improved oil recovery and cost efficient and safe drilling operations. Verification is performed in full scale at the onshore Ullrig Drilling and Well Centre and in our Petroleum laboratory facilities.

Automated Drilling and Multiphase Reservoir Flow are IRIS Energy's priority areas.

Our capabilities and work functions span from oil field reviews and consulting, to the development of specialized and applied research techniques. Different modelling and reservoir simulations are used in a range of cases from early exploration of hydrocarbon potential, to production optimization, data assimilation using the Ensemble Kalman Filter (EnKF) technique, IOR technologies and flow of hydrocarbons or CO2 in reservoirs. State of the art laboratory facilities provide required parameters, product testing and development supporting our research activities.

Within CCS research projects IRIS are using its experience in

  • Reservoir characterization
  • Basin modelling
  • Laboratory experiments
  • Flow modelling
  • Field scale simulation
  • Optimized CO2 storage during
  • EOR Cap rock characterization


Istituto nazionale di Oceanografia e di Geofisica Sperimentale

The "Istituto Nazionale di Oceanografia e di Geofisica Sperimentale – OGS" is the Italian national research institute that promotes and performs researches and operates as national reference for co-ordinating the Italian participation in entities, projects and international research initiatives in the fields of oceanography and experimental geophysics.

In detail, the OGS performs:

1) studies and research in the fields of geophysics and environmental sciences, with special consideration to the development of applied research and its transfer to production market;

2) studies, applied research and technological development in the field of exploration, exploitation and storage of geo-energy and energy residues, as CO2, on land and at sea, in Italy and abroad;

3) studies and research in marine sciences, with a particular view to the interaction of the marine and oceanic environment with the atmosphere and the lithosphere;

4) studies and research aimed at acquiring knowledge on seismicity as well as the analysis of geodynamical and hydrodynamical phenomena influencing the environment, also for civil defence purposes;

5) studies and research aimed at developing technologies for data acquisition, processing and archiving, and new interpretative technologies applied to the exploitation of land resources and towards a better utilization of the territory.

In its long activity, OGS has gained a solid base of experience in applied researches and high-technology services for public and private clients. Of particular note are the following:

a) many years of experience in Antarctic research, using the OGS-Explora, under the aegis of the National Research Program in Antarctica (PNRA);

b) consolidated experience in seismic exploration for hydrocarbons and other minerals, and for studying the earth’s crust;

c) participation in more than 40 RTD projects financed by the European Community (Joule, Thermie, Environment, Mast, Brite-Euram programs etc...) often as co-ordinator;

d) participation in large oceanographic programs for studying the Mediterranean Sea, for protecting the marine environment (Adriatic Sea), and for marine engineering;

e) many international collaborations and with research institutions and the energy and raw materials industry, particularly ENI-AGIP, ENEL, ENEA, Statoil, Norsk Hydro.

OGS is partially funded by the Italian Government according to a Three-Years Plan of Activity. In the actual one, the following researches, related to the geological confinement of CO2, are funded:

  • numerical 3D modelling for the CO2 confinement and its implementation on massive parallel computers;
  • theory and modelling of seismic waves propagations, with application to the geologic confinement of CO2;
  • evaluation of content and stability of CO2 hydrates in geologic formations in the offshore;
  • tomographic evaluation of Q factor and anisotropy parameters, with application to the monitoring of re-injected CO2 fate.

OGS is the co-ordinator of the Italian Project “Geological sequestration of CO2 and development of the related technologies” , involving OGS, ENEA, ENI-Agip, Aquater, CNR, URS and other 13 universities. This project is in the final assessment stage and should start in October 2003.


Royal Belgian Institute of Natural Sciences

The Geological Survey of Belgium, department of the Royal Belgian Institute of Natural Sciences, is a geo-scientific documentation centre and is a central player in national and international research and development projects.

Information and materials dealing with the subsoil can be consulted here. In order to do this, modern and historical data that become available through research and exploration, are digitally processed in databases and geographical information systems. On request, this information is processed into specific end-user products or advice. Various scientific disciplines are necessary to do this, e.g. cartography, sedimentology, mineralogy, stratigraphy, geophysics and building materials. As a part of our service providing mission, also basic social issues are dealt with, like how to use and process the subsoil in a sustainable way, and how to cope with problems caused by inappropriate use. Special attention goes to urban geology, water resources, climate change, mineral resources, environment and geo-hazards. Geology is a part of experiencing nature. That is why the development of geoparks and geosites is stimulated.

The GeoEnergy group of the Geological Survey of Belgium originated with the exploration campaigns for coal in the Flanders and the Walloon region. The expertise was extended with projects including exploration for hydrocarbons, geothermal energy, heat-cold storage, subsoil gasification of coal, storage of natural gas and reutilising mining infrastructure. From 2000 on, research is performed on the possibilities of geological storage of CO2 for national and international projects. This includes coordination of the PSS-CCS projects (Policy Support System for Carbon Capture and Storage), which are the national umbrella projects on CCS in Belgium.


SAPIENZA University of Rome

Sapienza University of Rome is one of the founding members of CO2GeoNet, with a central role in the areas of gas migration mechanisms and communication of research outcomes.

The Sapienza Universityis an internationally recognised centre of excellence for education and cutting edge research. It combines its 700-year scientific tradition with a constant commitment to innovation and the spreading of knowledge. Eleven faculties coordinate over 65 departments, 59 libraries and 21 museums, serving more than 115.000 students.

It is represented in the network by the Tectonic and Fluid Geochemistry Laboratory, based at the Earth Science Department and member of the CERI Research Centre for Geological Risks. The laboratory is specialised in near-surface gas and water geochemistry since 1980, social aspects of scientific research since 2000, and structural geology since 2006, with applications focussed on CCS research over the last 10 years. In the laboratory, researchers from the fields of geology, engineering and social science work together. The wide knowledge base and expertise within the group allows for an integrated scientific research approach, which comprises soil gas studies and structural geology studies, the engineering of innovative monitoring sensors and prototypes, and the development of tools and channels for the communication with stakeholders and the public.

Research conducted in the Sapienza Tectonics and Fluid Geochemistry Lab during more than 30 years of its existence, has addressed a wide range of topics related to, for example, natural hazards (faults, earthquakes, volcanoes), environmental impact (groundwater contamination), and resource exploration (oil and gas, geothermal, minerals), as well as studies examining the safety of storing nuclear waste or CO2 gas in the deep geological sub-surface.

Research Topics and Activities

Natural Field Labs - The Tectonics and Fluid Geochemistry Lab team has developed the concept of the natural field laboratory, as a main tool for developing research activities applied to geological storage. Natural field laboratories are sites where naturally produced CO2 is leaking at the ground surface, both onshore and offshore. These sites can be properly equipped to allow researchers from different fields and countries work together in an open air laboratory.

The studies in these natural conditions allow to:

-       to better understand gas migration mechanisms in the geological environment (e.g. along faults and fracture networks);

-       to test a wide range of monitoring techniques that have been proposed for use at CCS sites (e.g. soil gas, gas flux, open path lasers, remote sensing, shallow geophysics, etc.);

-       to examine the possible impacts of a CO2 leak on the ecosystem and on groundwater quality.

The most important natural field labs where the group has developed its activities are the Latera caldera (photo above), the San Vittorino valley, and Panarea Island.

Near surface gas geochemistry:

1)    discontinuous monitoring - The Tectonics and Fluid Geochemistry Lab is one of the most experienced European research group in this field, having used soil gas geochemistry and gas flux methods since the early 1980’s as a tool for environmental, resource exploration and risk assessment studies.  A large database covering the whole National territory, with more than 40.000 gas samples, has been collected in the last 20 years.

Much of the work has been focussed on using natural field laboratories to better understand gas migration processes, to improve methodologies and to test new ones, as laser systems for atmospheric monitoring and gas sensing probes for continuous monitoring. This group has also conducted extensive research on CCS industrial sites such as In Salah (Algeria), Sulcis (Sardinia), and 5 years of monitoring at Weyburn (Canada).

Areas sampled by the Tectonics and Fluid Geochemistry Lab during the last 20 years

A particular scenario for gas monitoring are populated areas with natural release of CO2 and other gases of deep origin like Radon, such as the city of Ciampino on the southern edge of Rome and the Latera caldera. In these areas soil gas and aqueous geochemical surveys were performed, as well as gas measurements in private homes. GIS models were developed, indicating zones of elevated risk, and activities with the general public to improve local understanding and safety. These activities are still ongoing, and new sampling strategies are developing, with the aims to combine continuous and discontinuous monitoring, to cover the spatial and temporal scale of observation. Moreover, research focus at the moment is on baseline studies and how a potential leakage anomaly can be separated from background near-surface biological “noise”, as well as improved monitoring strategies, tool development, and data interpretation.

2)    Continuous monitoring: CO2GasPro monitoring station.

The team of the Tectonics and Fluid Geochemistry Lab has developed, constructed, and deployed a number of autonomous stations for the continuous monitoring of both CO2 and CH4 concentrations in air (that is, in the unsaturated soil horizon or on ground surface) and CO2 concentration in water (in groundwater wells or in surface water bodies). The system can be configured for either real-time data access via an Internet-based server or with an internal memory for intermittent data download where continual data transfer is difficult (e.g. the deep ocean).

Groundwater and surface water geochemistry.

The Tectonics and Fluid Geochemistry Lab has over 30 years of experience in aqueous geochemistry studies as applied to a wide variety of geological studies, and has laboratory capability for the analysis of major and trace elements and dissolved gases. Studies related to CCS include: examining the impact of natural CO2 seepage on the quality of shallow groundwater within the San Vittorino valley and of surface seawater near Panarea Island; studying dissolved gas distributions and processes in surface water at gas-leaking natural sites (Panarea Island, Black Sea) and at proposed industrial storage sites (Adriatic Sea); and testing long-term monitoring methods for groundwater tracers in shallow wells as related to seismic activity and sinkhole development within the city of Camaiore.

Fracture modelling and fault characterization

From 2006 the Tectonics and Fluid Geochemistry Lab team includes the contribution of structural geologists. This has allowed the group to enrich its research, integrating the study of soil gas migration with fracture modelling, fault zone characterization, geological modelling and seismic interpretation. All these aspects cover a fundamental role in the site characterization phase of geological storage. In particular, the occurrence of faults in the overburden and within the reservoir requires dedicated studies to support the development of appropriate risk assessment and monitoring strategies. Research is being developed to coupled fault zone geometry and potential leakage. The group is also engaged in fracture modelling, which is an important step to assess the capacity of a potential CO2 storage reservoir, using a field analogue approach, developed in collaboration with Schlumberger.

Study of CO2 storage perception and communication.

Since the year 2000 the Tectonics and Fluid Geochemistry Lab has started to explore the challenges of geological studies’ dissemination. Psychological studies have been undertaken to understand how to communicate the research outcomes to stakeholders and the public. In the context of CO2GeoNet the group has become a leader for Spreading of Excellence activities, coordinating the partners and promoting the integration of multidisciplinary research in the field of CO2 storage and its user friendly communication. Growingly has emerged the importance of interaction of the researchers with the wider societal context, to better address in their work what is of interest and concern to society. This has led the members of the lab to further develop tools for communicating science, as for instance lay reports and videos, and research experiences of direct sharing with stakeholders, the media and the public, as in the FP7 R&Dialogue project. A new phase of this work is going to take place in the context of the Horizon 2020 project ENOS. Research will be dedicated to explore how the collaboration of researchers with members of the public and of the local community, can help the development of satisfactory standards for all, in the best practice guidelines for the geological storage of CO2.

CCS European Community Projects

Our portfolio of EC funded projects on CCS includes in the Sixth Framework Programme: Nascent, CO2ReMoVe, MovECBM, CO2GeoNet. In the Seventh Framework Programme: RISCS, ECO2, SiteChar,  CGS Europe and R&Dialogue.



Sintef Industry

Sintef is a fully consolidated subsidiary of the SINTEF Group. The institute is organised as six departments: Basin modelling, Seismics, Formation physics, Drilling and well technology, Multiphase flow laboratory and Reservoir technology.

Professionals are specialized in areas as physics, geophysics, geology, petroleum engineering, chemistry, fluid mechanics, mechanical engineering, electronics and cybernetics. There is a close collaboration between Sintef and the other institutes within the SINTEF Group and several universities, predominantly NTNU.

Since 1987 the institute has accomplished close to 40 CO2 related projects within process technology, concepts for reduction of CO2 emissions and CO2 based EOR and aquifer storage of CO2. The institute had a prominent position within the SACS project within the field of reservoir modelling, reservoir simulation and seismic monitoring. Presently Sintef are involved in a five year competence project with user involvement (2002-2006) with overall objectives to develop a methodology to determine the optimal strategy for CO2 injection in oil reservoirs and to develop a methodology to determine the storage capacity, residence time and relevant safety aspects related to CO2 storage in aquifers in a given region. Both main activities also include seismic monitoring of injected CO2. The institute is also involved in CO2-store, CCP as well as several industry projects addressing CO2-EOR.

Sintef performs integrated reservoir studies that includes building of reservoir models based on available seismic, geological, well, fluid and core data, reservoir simulations for various production scenarios, identification of optimal development schemes and preparation of well and drilling plans. The institute has a complete infrastructure for integrated reservoir studies including reservoir technology and formation physics laboratories, necessary software and computer installations.


Tallinn University of Technology, Department of Geology

Tallinn University of Technology, Department of Geology (TalTechDG) is a research and education institution. Department of Geology (former institute of Geology of the Estonian Academy of Sciences, later TTUGI) is one of the departments of the TalTech School of Science. It is research, development and teaching department of the university. TalTechDG (TTUGI) is a pioneer in CO 2 storage research and education institution in Estonia, providing academic CO 2 storage course to international students.

TalTechDG (TTUGI) participated in EU FP and EC projects (EU GeoCapacity, CO2NetEAST, CGS Europe and CO2Stop), made research and provides regular consultations to major national energy company Eesti Energia and to the Ministry of the Environment of Estonia. TalTechDG is an active member of the BASRECCS Network launched in 2014 and participated in the BASRECCS Board since 2018. TalTechDG disseminating information in the field of CCS using CCS technology portal in Estonian and Russian and giving interview to Estonian media. TalTech DG was co-organiser of the Baltic Carbon Forum and organiser of the BASRECCS-ENOS workshop in Tallinn in September 2018. TalTech DG is a leader of the CO 2 use, transport and storage study for the cement industry (WP7) in the Horizon 2020 project CLEANKER. 

TTUGI cooperates with CO2Geonet since 2005 and became its member in 2014. The main areas of expertise are EU CCS Legislation; CO 2 storage capacity, 3D geological, geochemical, petrophysical, geophysical and economic modelling in the Baltic Sea Region. Our research results are included in our publications, PhD research of Kazbulat Shogenov and presented at the international conferences.


Netherlands Organisation for Applied Scientific Research

Netherlands Organisation for Applied Scientific Research (TNO) is the largest fully independent Research, Development and Consultancy organisation in the Netherlands with a staff of about 5,400 and a total annual turnover of about 515 million Euros.

TNO its primary tasks are to support and assist trade and industry including SME’s, governments and others in technological innovation and in solving problems by rendering services and transferring knowledge and expertise. TNO has been and is participating in many EU programmes aiming at technological development. TNO performs its widely ranging activities in 15 independent institutes. TNO will be involved in the proposed work by “The Netherlands Institute of Applied Geosience - TNO National Geological Survey”, which is the central institute for geoscientific information and research in the Netherlands, working for the sustainable management and use of the subsurface and the natural resources found there. The applied geoscientific and associated technology research as well as the complex geo-advisory carried out by the institute fits with the geoscientific and technological components that are carried out by governments and business, both national and international. The institute has a long history of CO2 storage research starting more than 10 years ago with a few researchers to now at a big scale with 10-20 researchers involved in various aspects the field of CO2 sequestration. These aspects include geoscience on CO2 fluid flow in reservoirs and aquifers, geochemical and geomechanical subsurface process modelling and seismic monitoring, biogeological and hydrogeological surface process modelling and monitoring. It also includes strategy studies and health safety and environmental studies applying the geoscientific knowledge developed.

The institute closely operates with “TNO Environment, Energy and Process Innovation (TNO-MEP)” is an expert centre and contract research institute for industry and government in the field of sustainable development and environmentally oriented process innovation. This institute has also been involved in development of CO2-capture technology and related consultancy since the early nineties. TNO-NITG has been very activly involved in the creation of several relevant European networks: ENeRG, Eurogeosurveys and CO2NET. TNO will act on behalf of the Netherland’s Research School on Solid Geo-science, comprised by the University of Utrech, Fries University of Amsterdam and the Technical University of Delft.


University of Zagreb – Faculty of Mining, Geology and Petroleum Engineering

University of Zagreb - Faculty of Mining, Geology and Petroleum Engineering (UNIZG-RGNF). The Faculty is a part of the University of Zagreb and consists of several institutes that are jointly teaching four studies – Mining Engineering, Geology, Geological Engineering and Petroleum Engineering.

There are also PhD programmes in respective fields. Staff consists of 56 professors, 28 assistants and 27 other teaching collaborators. Apart from the primary activity in high education, they are usually engaged both in exploration and research activities funded by the government (20 active projects started in 2007 funded by the Croatian Ministry for Science, Education and Sport) and in various expert tasks for other investors. This research covers a wide range of activities related either to mining (blasting, soil and rock mechanics, mine completion, open pit exploitation etc.), geology (geological mapping, structure geology, petroleum geology, engineering geology, hydrogeology, geophysical prospecting, deposits of mineral raw materials etc.) or to petroleum engineering (drilling techniques, well fluids, reservoir development, management of HC reserves, production of HC’s and geothermal water, gas management, safety techniques and protection of environment).

Faculty is the CCS R&D leader in Croatia, the country representative in ENeRG (informal organisation – European Network for Research in Geo-Energy), has participated in the two ongoing FP6 projects: EU GeoCapacity (STREP) and CO2NetEAST (CA). In EU GeoCapacity, the main activities included mapping of the regional CO2 storage potential in various types of sinks (covering both the territory of the Republic of Croatia and of the neighbouring Bosnia and Herzegovina), and, as a part of the activity, coordinating the investigations done in the Southern group of countries (Bosnia-Croatia-Slovenia-Italy-Spain) in terms of joint methodology and cross-border correlation. In the coordinated action CO2NET EAST, the faculty has promoted the dissemination of the CCS-related research and knowledge in Croatia and neighbouring countries. In FP7 the faculty participates in the integrated project ECCO, mainly in transferring the Croatian experience in on-shore CO2 injection pilot project.