KBR to Spearhead Front-End Engineering Design for EET Hydrogen's Landmark Hydrogen Production Plant in the UK

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In a significant stride towards a cleaner and more sustainable future, KBR has been appointed to conduct the front-end engineering design (FEED) for EET Hydrogen's groundbreaking 1GW HPP2 blue hydrogen production plant in the UK. The ambitious project, set to be established at Essar’s Stanlow Manufacturing Complex, holds the promise of revolutionising the hydrogen energy landscape in the country.

EET Hydrogen, formerly known as Vertex Hydrogen, aims to leverage waste fuel gas and natural gas at the Essar site to produce hydrogen, with the carbon dioxide (CO2) emissions captured and stored in Liverpool Bay. Anticipated to generate an impressive 230,000 tonnes of hydrogen annually, EET has already secured agreements for the supply of over 1GW's worth of hydrogen, marking a significant step towards meeting the increasing demand for clean energy.

In a collaborative effort to address environmental concerns, Eni and the UK Government recently reached a Heads of Terms (HoTs) agreement pertaining to the transportation and storage of CO2 from the HyNet cluster. This strategic partnership reinforces the commitment to carbon capture and storage, further enhancing the environmental sustainability of the hydrogen production process.

Under the FEED contract, KBR will play a pivotal role by providing dispensing technology licensing, proprietary engineering design, essential equipment, catalysts, and overall FEED for the 1GW plant. Paul Baille, Vice-President at KBR Integrated Solutions, expressed the magnitude of this venture, stating, "This venture represents more than a contract – it’s a landmark transition towards a cleaner, sustainable future."

The collaboration between KBR and EET Hydrogen signifies a joint commitment to reducing industry-wide carbon footprints while leveraging cutting-edge technology for the greater good on a global scale. The scale and profile of the HyNet project position it as a trailblazer in the blue hydrogen energy movement in the UK, showcasing the potential for significant positive environmental impact.

KBR's selection for this project builds upon its extensive experience and success in leading hydrogen-related initiatives for high-profile companies worldwide. The company has previously undertaken projects such as bp's hydrogen project portfolio, Chemours' $200 million expansion plans, and Avina Clean Hydrogen's 2,200-tonne per day green ammonia project. This track record underscores KBR's expertise and leadership in driving innovations within the hydrogen sector.

As KBR takes the reins in spearheading the FEED for EET Hydrogen's 1GW HPP2 blue hydrogen production plant, the collaboration between these industry leaders marks a pivotal moment in the pursuit of a sustainable and eco-friendly energy future. With a commitment to reducing carbon footprints and embracing cutting-edge technology, the HyNet project is set to pave the way for a cleaner, greener tomorrow in the UK and beyond.

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