The CCS value-chain in the Netherlands
Accelerating the pace of CCS deployment requires continued collaboration between governments, industry and investors, to stimulate technology and infrastructure development, generate demand for lower carbon products, and help unlock financing capacity.
We recognise the scale of the challenge and have the experience to collaborate throughout the value-chain, offering an integrated solution that combines sequestration and transportation from the emitter location to an offshore store.
Achieving climate targets
CCS hubs
Develop commercial CCS hubs that enable decarbonisation and low carbon products
Government relations
Work with governments to help shape their net-zero emission pathways
Working together
Work with customers to help them achieve their own carbon reduction goals and maintain societal license to operate
Building CCS Storage capacity in the Netherlands
Aramis Launch Stores project website goes live
News Augustus 2025 — The Launch Stores project unveiled its official website today. The website serves as a central hub for information on the development of the first two offshore CO2 storage sites within the Aramis carbon capture and storage (CCS) value chain. The project is a collaboration between TotalEnergies and Shell and has received financial support from the European Union’s Innovation Fund.
The website provides a comprehensive overview of the Launch Stores project and serves as the main portal for updates, background information and progress reports. This unveiling follows a major milestone reached earlier this year: the award of a €118 million grant from the EU Innovation Fund.
European Innovation Fund grant
The EU funding supports the development of two CO2 storage sites, L4A (TotalEnergies) and K14 (Shell), which together will demonstrate the viability of commercial-scale injection of liquid CO2 into depleted gas fields. This funding was awarded in recognition of the project’s innovative CO2 storage technologies, as well as its process and business case innovations.
CO2 storage capacity
The Launch Stores project, with a combined CO2 storage capacity of 5 million tonnes per annum (Mtpa), is key to building the Aramis CCS infrastructure. With an overall planned CO2 transport capacity of 22 Mtpa, Aramis will enable hard-to-abate industries across Northwest Europe to access a safe, reliable and effective emissions -reduction solution.
Major step towards 2030 climate targets
The funding also recognises the Launch Stores project’s potential contribution to meeting the 2030 climate goals set by the Dutch Climate Agreement and the EU Green Deal, particularly those outlined in the EU's Industrial Carbon Management Strategy and the Net-Zero Industry Act.
Visit the new website to learn more about the Aramis Launch Stores project — a collaboration between Shell and TotalEnergies — and discover how CO2 storage in depleted gas fields is helping drive large-scale CCS for a more sustainable future:
Shell intends to investigate CO₂ storage in aquifers under the Dutch North Sea
News September 2024: Exciting news for the development of CO2 storage in aquifers in the Netherlands! After being awarded the exploration license for the so-called P&O blocks in May, Shell Offshore Carbon Storage NL (SOCS NL) has also been granted an exploration license for the K block aquifers.
The exploration license covers an area of over 1200 km² in the Dutch North Sea (K08a, K10a, K11a, K12a, K13a, K14a, K14b, K15a, K15b, K17a) and is located approximately 100 km northwest of Den Helder.
CO2 storage in aquifers can make an important contribution to the Dutch and European climate targets. SOCS NL is working hard to develop a better understanding of the storage capacity in aquifers in the Dutch part of the North Sea.
News May 2024: Shell Offshore Carbon Storage NL (SOCS NL) has been granted an exploration license for the storage of CO2 in so-called saline aquifers under the North Sea. Aquifers are saltwater-bearing layers in the deep subsurface that have the potential to store CO2. The aim of the exploration program is to find out whether aquifers could complement depleted gas fields as another means of CO2 storage in the Netherlands.
The exploration license covers almost 1500 km2 in the so-called P&O Blocks, which are located approximately 15 km off the Dutch coastline near the Maasvlakte. SOCS NL intends to investigate the storage of CO2 in aquifers in the Dutch part of the North Sea to help understand the costs of storing CO2 in aquifers and to develop the Netherlands’ expertise in this area.
Carbon capture and storage (CCS) is a technology that can help to achieve national and European climate goals. CO2 storage in saline aquifers is currently successfully carried out by Shell and others in places like Canada, Australia and Norway. At the moment, the Netherlands is working hard to develop the infrastructure to transport captured CO2 through Porthos, Aramis and the Delta Rhine Corridor.
Shell's first Aramis CO₂ storage field (K14FA) moves to next phase
News November 2023: The K14FA store is part of Aramis Launch project scope and will be one of the first stores to receive CO₂ once the Aramis transport system is expected to be operational in 2028. The K14FA store has reached the front-end engineering and design (FEED) stage – an important milestone which will progress the technical design of the store.
Working together with governments and industry
Accelerating the pace of CCS deployment requires continued collaboration between governments, industry and investors to stimulate technology and infrastructure development, generate demand for lower carbon products, and help unlock financing capacity.
We recognise the scale of the challenge and have the experience to collaborate throughout the value-chain, offering an integrated solution that combines sequestration and transportation from an emitter's location to an offshore store.
Accelerating the transition to net-zero
It is not just about technology and available infrastructure. Regulations and policies are also required:
- A regulatory regime that promotes high standards for the design, construction and operation of CCS facilities
- Cross-border agreements on CO2 transport and storage
- Common standards across countries to facilitate trading of CCS credits
- Transparent processes for permitting and licensing across CCS value chains
- Government incentives for CCS projects
- Creation of demand for low-carbon products through public procurement processes
- Recognition of certified Carbon Dioxide Removal (CDR) units for compliance purposes and ETS framework
