The first carbon storage project in the UK with plans to repurpose existing infrastructure has entered into a lease agreement with The Crown Estate.
The Liverpool Bay Carbon Capture and Storage (LBCCS) project will provide the transport and storage infrastructure for the HyNet industrial decarbonisation cluster.
To do this, it will use more than 120km of repurposed infrastructure including pipelines, offshore structures and an onshore treatment plant. It will also see the construction of nearly 34km of new pipeline.
Carbon dioxide (CO₂) will initially be captured from the cement, low-carbon hydrogen and energy-from-waste sectors before being permanently stored in depleted offshore gas reservoirs beneath Liverpool Bay.
The project has now entered into a lease with The Crown Estate for its CO₂ transportation and storage project.
Phase 1 is expected to store 109Mt of CO₂ over its operational life, with an initial storage capacity of 4.5Mt per annum and the potential to expand to 10Mt per annum after 2030.
The project is expected to support around 2,000 jobs during construction and unlock approximately £2bn of supply chain investment.
The recently announced lease enables LBCCS, part of Eni CCUS Holding group, to access the seabed and utilise former infrastructure to transport and safely store offshore CO₂ from industries within the HyNet network.
HyNet North West was selected in October 2021 as a UK Government Track-1 Carbon Capture, Usage and Storage (CCUS) cluster. The Liverpool Bay CCS project was awarded an Agreement for Lease by The Crown Estate in August 2024 and reached financial close eight months later in April last year.
The first injection is expected in 2028 in line with the delivery timetable of industrial emitters within the HyNet Cluster.
MD for LBCCS managing director Stefano Rovelli said: “This lease with The Crown Estate is another important step for the Liverpool Bay transport and storage infrastructure which will serve the wider HyNet cluster.
“Repurposing our existing infrastructure helps to speed up the process by which we can tackle CO₂ emissions from industry in the North West of England and North Wales, supporting economic growth in the region as part of the UK’s journey to Net Zero.”
The Crown Estate CCS and hydrogen director Denise Moylan said: “This lease marks an important milestone for the Liverpool Bay CCS project and the development of carbon storage infrastructure in UK waters.
“While enabling the responsible use of the seabed and the repurposing of existing offshore infrastructure, the project can help hard-to-abate industries reduce emissions while supporting jobs, investment and industrial competitiveness in North-West England and North Wales.”
Carbon Capture and Storage Association CEO Olivia Powis said: “The Liverpool Bay CCS lease with The Crown Estate is yet another exciting step forward for UK CCUS deployment.
“Liverpool Bay shows how repurposing existing infrastructure for CCUS can accelerate the decarbonisation of hard-to-abate industries such as cement and energy-from-waste, while delivering skilled jobs. Sustaining momentum on deployment is now critical to delivering the UK’s industrial ambitions at scale.”
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Facts Only
* The Liverpool Bay Carbon Capture and Storage (LBCCS) project entered into a lease agreement with The Crown Estate.
* The project will provide transport and storage infrastructure for the HyNet industrial decarbonisation cluster.
* Infrastructure usage includes over $120\text{km}$ of repurposed assets, including pipelines, offshore structures, and an onshore treatment plant.
* The project involves the construction of nearly $34\text{km}$ of new pipeline.
* Carbon dioxide ($\text{CO}2$) will be captured from cement, low-carbon hydrogen, and energy-from-waste sectors before storage.
* $\text{CO}2$ will be permanently stored in depleted offshore gas reservoirs beneath Liverpool Bay.
* Phase 1 is expected to store $109\text{Mt}$ of $\text{CO}2$.
* Initial storage capacity is estimated at $4.5\text{Mt}$ per annum, with potential expansion to $10\text{Mt}$ per annum after 2030.
* The project is expected to support around 2,000 jobs during construction.
* The first injection of $\text{CO}2$ is expected in 2028.
* LBCCS is part of the Eni CCUS Holding group.
Executive Summary
Full Take
The narrative centers on leveraging existing physical assets—repurposing infrastructure—as a mechanism to accelerate industrial decarbonization within the North West of England and North Wales, framing the project as an economic enabler rather than purely an environmental mitigation effort. The pattern here involves linking large-scale industrial necessity (decarbonization) with specific asset utilization (repurposing seabed infrastructure). The quoted responses suggest a public benefit argument focusing on regional economic growth, job creation, and supporting hard-to-abate sectors like cement, alongside the technical achievement of CCS deployment.
The core tension lies between the tangible benefits—job creation, supply chain investment, and infrastructure utilization—and the overarching goal of climate action. The narrative implicitly suggests that CCUS deployment is not only a technological imperative but also an engine for regional competitiveness in the context of the UK's Net Zero journey. The reliance on the lease with The Crown Estate highlights the negotiation between public trust (managing the seabed) and private industrial needs.
The implication for cognitive sovereignty resides in examining what "repurposing" truly entails. While repurposing speeds up deployment, one must question whether prioritizing existing infrastructure over developing novel, potentially more efficient storage or transport methods introduces systemic risks or locks in suboptimal long-term solutions. Furthermore, the focus on job creation and investment serves to frame the project as an immediate socio-economic win, potentially diverting attention from the necessary scaling and long-term governance required for managing large-scale $\text{CO}2$ infrastructure responsibly across jurisdictional boundaries.
Bridge Questions: What are the specific long-term risks associated with utilizing existing offshore infrastructure versus developing new dedicated storage solutions? How should regional economic benefits be weighted against the long-term stewardship responsibilities of repurposing public assets? What governance structures must be in place to ensure the planned expansion from $4.5\text{Mt}$ to $10\text{Mt}$ per annum is managed transparently and sustainably for the North West region?
Sentinel — Human
The text is a factual report detailing the lease agreement for the Liverpool Bay CCS project and its implications for regional infrastructure and carbon storage deployment, supported by direct stakeholder commentary.