Carbon Capture Use & Storage

To reach climate neutrality by 2050, the EU will need to manage residual emissions that cannot be tackled through electrification or energy efficiency.

We call for a European ambition on CO2 storage injection capacity availability, supported by an enabling policy framework.

Carbon Capture and Storage (CCS) is a proven, safe and reliable technology which the IPCC, IEA and European Commission consider key in most below -2°C scenarios.

It is used to capture the CO2 emitted by power or industrial plants, to then reutilize it or store it in deep underground rock formations typically below 1000 meters. Europe is well-placed to benefit from CCS thanks to industrial clusters, extensive pipeline infrastructure and geological storage potential.

Carbon Capture, Use, and Storage (CCUS) includes also the utilization of the CO2, putting Circular Economy principles into practice.

CCS involves three different processes:


Isolating the CO2 produced by industrial processes or power generation before it’s emitted to the atmosphere.


Moving the captured CO2 by pipeline or ship to a secure storage site.


Injecting the CO2 into carefully selected and managed naturally-formed underground
storage sites.


CCS is a proven technology and is essential to meet the Paris Agreement goals: globally, there are 30 commercially operating CCS facilities. (Global CCS institute, Global Status of CCS 2022)


The risks of leakage are extremely low, with an estimated 99% containment over 1000 years.

Where can CCS Make a difference?

Emission cuts in industrial processes where mitigation potential is high, like steel, cement/lime, chemicals, and refining

Low-carbon, flexible electricity from gas-fired power plants with CCS to complement an energy system with a growing share of variable renewables

Large-scale production of hydrogen from natural gas with CCS, providing clean energy for industry, power, transport and heating

Removal of CO2 from the atmosphere by combining CCS with bioenergy (BECCS), using direct air capture (DAC), or through nature based solutions

CCS technology can be applied to decarbonize natural gas:

Pre-combustion: producing low-carbon hydrogen by reforming natural gas and storing the CO2

Post-combustion: by capturing and storing the CO2 emitted by gas processing or power plants

CCS can also enable negative emissions when combined with bioenergy (biomass or biogas combustion).

It is a cost-effective and key technology to safeguard existing industrial activity, jobs and growth while decarbonizing economic activity to meet the EU climate objectives.

A European ambition for CCUS

IOGP Europe promotes a non-binding ambition to help frame and guide the CCUS stakeholder-policymaker dialogue on the EU policy framework needed to deploy CCUS at scale.

Ambition level of 0.5 to 1.0 GtCO2 storage availability per year by 2050

Scope covering
EU, EEA and the UK

Requires a
comprehensive EU policy framework