​Lhyfe has revealed ambitious plans to construct a 20MW electrolysis facility in Tyneside, signalling a significant advancement in the production of sustainable hydrogen. Pending approval, the proposed site for this venture is the historical location of Neptune Bank Power Station in North Tyneside, with the capacity to generate eight tonnes of eco-friendly hydrogen each day. This initiative, named Lhyfe Wallsend, is poised to cater for various enterprises and organisations keen on reducing their carbon footprint in manufacturing and transport.

This strategic choice of location for the electrolysis plant uses the industrial legacy and current potential of the area, setting it on a previously developed site rich in history yet ripe for modern innovation. By harnessing green electrical power from the national grid and considering the incorporation of local renewable energy sources such as wind and solar, Lhyfe is committed to adhering to the UK's Low Carbon Hydrogen Standard, ensuring the hydrogen produced is both green and sustainable.

The collaboration with Shepherd Offshore bolsters the project's prospects and impact significantly. With over four decades of expertise in facility development and operations along the Tyne, Shepherd Offshore brings invaluable experience and resources to the table, including extensive redevelopment projects at Neptune and Swans Energy Park. The facilities offered by Shepherd Offshore, including a vast quay frontage and extensive land capacity, support the logistical and operational needs vital for a project of this magnitude.

Lhyfe Wallsend not only represents a crucial step forward in the UK's capabilities for producing green hydrogen but also illustrates how industrial revitalisation and environmental sustainability can be achieved through strategic partnerships and cutting-edge energy solutions. The project's success could significantly bolster the UK's decarbonisation efforts, particularly in the sectors of manufacturing and transport, aligning with broader objectives to diminish dependence on natural gas and other fossil fuels.