Carbon capture, utilisation and storage (CCUS)
6 European H2020 organizations list this as part of their work — 4 as their primary capability.
Most active in this area
- NORCE RESEARCH AS
Norwegian research centre specializing in climate modelling, CO2 storage, Arctic/ocean observation, and geoenergy across 52 H2020 projects.
“Led or contributed to ENOS, STEMM-CCS, and STRATEGY CCUS — covering onshore CO2 storage, marine CCS monitoring, and European CCUS infrastructure planning.”
PrimaryNO52 projects - INSTITUTT FOR ENERGITEKNIKK
Norwegian energy research institute specializing in hydrogen storage, advanced batteries, carbon capture, and nuclear technology across 23 H2020 projects.
“MEMBER (membrane-based CO2 capture), GECO (geothermal emission control with CCS), and ECCSELERATE (CCUS research infrastructure) form a coherent CCUS capability.”
PrimaryNO23 projects - EQUINOR ENERGY AS
Norwegian energy major providing industrial-scale infrastructure for geothermal, hydrogen storage, CCUS demonstration, and maritime decarbonization in EU research consortia.
“REALISE targets refinery-integrated CCUS with solvent management and CO2 transport, while ACCSESS develops replicable CCUS chains across cement, pulp & paper, and biorefining.”
PrimaryNO11 projects - TOTALENERGIES SE
Global energy major contributing industrial-scale CCUS expertise, CO2 storage geology, and real-world validation sites to European research consortia.
“Central to STRATEGY CCUS (regional CCUS planning), 3D/DMX (CO2 capture demonstration in Dunkirk), ACCSESS (cost-efficient CCUS chains), and SECURe (subsurface CO2 storage risk).”
PrimaryFR11 projects - ELECTRICITY SUPPLY BOARD
Ireland's national electricity utility, contributing real-world energy infrastructure to EU decarbonisation, CCUS, and deep retrofit projects.
“REALISE addressed full-chain CCUS implementation in refinery and industrial cluster settings, including CO2 transport, storage, and utilisation.”
IE3 projects