UK backs CCS at Padeswood and Protos
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The UK has approved major CCS projects at Padeswood and Protos, targeting 1.2 million tonnes of CO₂ capture annually and creating around 500 skilled jobs.
As part of the HyNet cluster, these developments accelerate cement and energy-from-waste decarbonisation while increasing demand for engineering, construction, and low-carbon infrastructure talent across the UK energy sector.
The UK has taken a major step forward in its journey to net zero by backing two large-scale carbon capture and storage (CCS) projects.
These developments will decarbonise hard-to-abate industries while creating hundreds of skilled engineering and construction jobs.
The projects: Padeswood and Protos
In September 2025, the government confirmed support for two flagship CCS projects within the HyNet cluster.
Padeswood cement works
The Padeswood site in North Wales will capture up to 800,000 tonnes of CO₂ annually, enabling the production of net zero cement.
Protos energy-from-waste plant
The Protos facility in Ellesmere Port will capture around 400,000 tonnes of CO₂ per year from non-recyclable waste combustion.
Together, these projects will store emissions in Liverpool Bay, forming a critical part of the UK’s CCUS infrastructure.
A boost for jobs and regional growth
The projects are expected to create around 500 skilled roles across engineering, EPC delivery, and technical operations.
North Wales and the North West will benefit from long-term investment and industrial regeneration.
CCS infrastructure will also position these regions as hubs for future decarbonisation projects.
Why CCS matters
CCS is essential for industries where emissions cannot easily be eliminated, such as cement manufacturing and energy from waste.
By capturing and storing CO₂ underground, these projects enable continued industrial output with reduced environmental impact.
The UK’s £9.4 billion commitment to CCUS highlights its importance in achieving net zero targets.
Opportunities and challenges ahead
Scale
While significant, 1.2 million tonnes represents a small fraction of total UK emissions.
Cost
CCS projects require long-term financial support through subsidies and private investment.
Delivery risk
Timelines targeting 2029 may face delays due to permitting and construction challenges.
Public perception
Some critics argue CCS could slow wider decarbonisation efforts.
What this means for talent and recruitment
Demand is rising for professionals with expertise in CCS, EPC delivery, and low-carbon infrastructure.
- Carbon capture operations
- Engineering and construction
- Project management
- Environmental compliance
As more CCUS projects progress, the competition for skilled talent will intensify.
Upload your CV or contact our team to secure talent for your next project.
Final thoughts
The Padeswood and Protos projects mark a transition from pilot schemes to operational CCS delivery in the UK.
They demonstrate clear government backing and signal long-term growth in carbon capture careers and infrastructure.