EET Hydrogen and ENKA Partnership to Build UK's First Large-Scale Low Carbon Hydrogen Plant
Key Ideas
- Essar Energy Transition (EET) Hydrogen partners with ENKA to construct the UK's pioneering HPP1 plant at Stanlow Manufacturing Complex in Cheshire.
- HPP1 is set to produce 350 MW of hydrogen annually, reducing 600,000 tonnes of CO2 emissions, equivalent to removing 250,000 cars from the road.
- The EPC contract marks a significant step towards developing 4 GW of low carbon hydrogen production in the North West of England, supporting industrial decarbonisation and job preservation.
- ENKA's expertise in engineering and construction, coupled with EET Hydrogen's ambition, reflects a strong commitment to advancing the UK's low carbon hydrogen industry and global decarbonisation efforts.
Essar Energy Transition (EET) Hydrogen and ENKA have joined forces to establish the UK's inaugural large-scale low carbon hydrogen production plant known as HPP1. This plant is situated at the Stanlow Manufacturing Complex in Ellesmere Port, Cheshire. The collaboration involves the signing of an engineering, procurement, and construction (EPC) agreement for the flagship project, HPP1. The UK government has allocated funding to support HPP1, positioning it as a crucial component of the HyNet Cluster. HPP1 is designed to have a capacity of 350 MW, with the capability to capture approximately 600,000 tonnes of CO2 annually, making a significant impact on reducing carbon emissions. The contract signifies a major milestone for the HPP1 project, showcasing EET Hydrogen's dedication to developing 4 GW of low carbon hydrogen production to facilitate industrial decarbonisation in the North West of England and promote economic growth. ENKA, a prominent global engineering and construction company based in Istanbul, Turkey, brings its extensive experience to this partnership, reinforcing its commitment to supporting the UK's low carbon hydrogen industry. The partnership between EET Hydrogen and ENKA highlights a shared goal of advancing sustainable energy solutions and contributing to global decarbonisation efforts.