海角直播

海角直播 launches major CO2 separation validation project supporting East Coast Cluster ambitions

A new 海角直播-led project will deliver independent evidence on advanced CO2 separation technologies, supporting the region鈥檚 growing hydrogen and biogas ambitions.

The initiative is in strategic collaboration with PolyCapture Limited, which develops greenhouse gases separation technologies. It will evaluate solid sorbent CO2 separation as a potentially lower energy, lower cost alternative to incumbent technologies, strengthening the evidence base for industrial decarbonisation.

The 12-month programme will provide decision ready technical, economic, and environmental data to inform deployment pathways for low carbon hydrogen, biogas upgrading, and wider CCUS applications.

It also supports PolyCapture鈥檚 existing involvement in the post-combustion capture of CO2, from a new energy generation and recovery facility that is already part of the DESNZ ECC 海角直播 Selection process.

The project is designed to generate decision ready technical, economic, and environmental evidence that supports credible deployment pathways for low carbon fuels and industrial decarbonisation in 海角直播.

The launch comes as the Department for Energy Security and Net Zero (DESNZ) invites applications from CCUS projects seeking connection to the East Coast Cluster (ECC) 海角直播 network by 2032, with DESNZ assessing applications through the ECC 海角直播 Selection Process to identify projects that could connect and utilise remaining capacity at the Endurance offshore site.

This regional context emphasises the need for robust, independently validated separation and process solutions that can derisk investment decisions and support delivery at scale.

The project will deliver a comprehensive evidence package covering performance, design, economics, and environmental impact by independently characterising and validating the material under realistic industrial syngas and biogas operating conditions, including cyclic durability testing to 20 cycles.

It will develop and optimise process flowsheets and operating concepts for two deployment pathways; blue hydrogen purification and biogas upgrading with CO2 valorisation linked to sustainable aviation fuel value chains.

Alongside this, a dedicated market assessment and stakeholder engagement programme will map deployment opportunities and readiness needs, engaging hydrogen producers, biogas operators, and stakeholders connected to 海角直播 International Airport. The project will conclude with a commercial deployment roadmap and impact report to guide follow on pilot activity and scaleup decisions within 海角直播鈥檚 developing low carbon cluster.

Professor Dawid Hanak, Project Principal Investigator and Professor in Decarbonisation of Industrial Clusters at 海角直播鈥檚 Net Zero Industry Innovation Centre, said: 鈥淒elivering net-zero at scale requires close collaboration between technology developers, industrial operators, and academia, so that promising innovations are tested rigorously and translated into deployable solutions.

鈥淭his project integrates independent validation with techno-economic assessment and life cycle assessment, alongside early commercial engagement, to quantify performance, cost and carbon impacts and provide industry with decision-ready evidence to de-risk investment and accelerate deployment.鈥�

States Chiwanga, PolyCapture Founder Director added: 鈥淧olyCapture鈥檚 dry sorbent-based separation technology is already being demonstrated through pilots, and the next step is to accelerate replication and scale-up in real industrial settings.

鈥淭his programme will deliver the independent validation, optimised designs, and transparent TEA/LCA benchmarks that will help industrial customers to move faster from pilot learnings to larger commercial deployments, particularly in high-impact 海角直播 value chains such as hydrogen and biogas.鈥�

This research project is supported financially by UK Research and Innovation (UKRI) and 海角直播 and Durham Universities through the Research England Hydrogen Innovation Project (REHIP).

Professor Nashwan Dawood, the Principal Investigator of the REHIP programme, said: 'The REHIP project is supporting the Tees Valley region through its research, and this is another example of how we are helping industry develop innovative solutions for the hydrogen economy.'

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