HyNet North West has been selected as a Track-1 cluster for the mid-2020s and will be taken forward into Track-1 negotiations as part of the UK’s Carbon Capture, Usage and Storage (CCUS) Cluster Sequencing Process.
The HyNet North West consortium, which includes EOUK, Progressive Energy, ENI and Cadent Gas plus a host of other partners, is committed to delivering an integrated carbon capture and the first blue low carbon hydrogen production system in the country.
EOUK’s Stanlow Manufacturing Complex will play a central role in the HyNet project, as the site for the proposed construction of hydrogen production plants in partnership with Progressive Energy.
The planned construction of two blue hydrogen production hubs at Stanlow is a potential £750 million investment, supporting a hydrogen economy across north-west England and north-east Wales. A planning application for the plants was submitted last week to Cheshire West and Chester Council.
As outlined in the prime minister’s 10 Point Plan, a commitment to deploying CCUS is central to meeting the UK’s net zero goals and remains crucial for industrial decarbonisation, low carbon power, engineered greenhouse gas removal technologies and delivering the Government’s 5GW by 2030 low carbon hydrogen production ambition.
Essar Oil CEO Deepak Maheshwari commented: “Essar is delighted that HyNet North West has been selected to progress within Track-1 of the industrial decarbonisation Cluster Sequencing process. This is a transformative decision which further boosts Essar’s growing momentum as we transition to low carbon operations, continue to invest in Stanlow’s evolution to power the UK’s post-carbon economy and regenerate regional growth. We look forward to working with the Government and other regions to deliver low carbon clusters.”
Hynet’s inclusion in the Track-1 cluster marks a significant milestone in EOUK’s planned transformation into a major player in the UK’s low carbon revolution and places the region at the leading edge of the UK’s transition to net zero by 2050.
For more information visit www.essaroil.co.uk
