RWE’s Pembroke Green Hydrogen plant has been granted full planning approval.

The project is anticipated to reduce carbon emissions by approximately 93,000 tonnes annually, equivalent to removing 18,600 cars from the road every year.

Wales’ largest power producer and number one renewable energy generator said the project has the potential to become Wales’ first major green hydrogen facility.

The Pembroke Green Hydrogen plant could enable the production of green hydrogen, with the 100MWe electrolyser strategically located on RWE land adjacent to the Pembroke Power Station. The plant will include a direct pipeline connection to nearby industry.

Described by MP Henry Tufnell as “a major boost for Wales”, this planning approval lays the foundation for the next phases of the project, including securing government funding and finalising financial investment decisions.

Sopna Sury, Chief Operating Officer for Hydrogen at RWE Generation, said: “It is fantastic to have achieved this significant milestone. We would like to thank the collaborative and proactive approach of the Pembrokeshire County Council planning team and all the statutory consultees who together supported a smooth and efficient planning process.

“While the UK energy sector has made great progress toward decarbonisation, certain industrial processes remain dependent on fossil fuels and cannot be electrified. Green hydrogen provides a vital solution for these industries, and Pembroke Green Hydrogen represents a significant step toward achieving the UK Government’s target of 10GW of green hydrogen capacity by 2030.”

RWE plays a pivotal role in the South Wales Industrial Cluster, which has provided critical assistance in securing development funding and establishing a clear pathway to progress the project.

RWE says its ambitions for Pembroke Net Zero Centre will build on Pembrokeshire’s local energy heritage, safeguarding existing jobs at the site, while delivering a significant local economic investment and creating new jobs throughout construction and operation.