29-08-2024

Wood to progress to front-end engineering design stage for EET Fuels Hydrogen Fuel Switching Project in the UK

Wood has been awarded the front-end engineering design (FEED) stage of EET Fuels Hydrogen Fuel Switching project. Hydrogen will be provided by EET Hydrogen, our co-located Track One low carbon hydrogen production company.

To conduct this phase of the project, Wood’s operations team in the UK will coordinate final designs of the fuel system that will feed into the company’s hydrogen-ready crude distiller furnace. Wood will also re-design the core infrastructure and control systems to enable the efficient and safe combustion of hydrogen.

Completion of FEED will enable EET Fuels to take final investment decision (FID) on the hydrogen fuel switching project next year.

The project will enable fuel switching to assets like EET Fuels’ hydrogen-ready crude distiller furnace. This is the first of its kind installed in any UK refinery, and is capable of running on 100% hydrogen or a fuel-gas mix. Once the furnace is running on hydrogen from EET Hydrogen’s production plant, it will reduce emissions at the Stanlow Refinery by 0.2 million tonnes per year.

Once hydrogen is available from EET Hydrogen, this will enable the fuel switching of all fired-heaters on site.

Deepak Maheshwari, CEO, EET Fuels, said: “We have groundbreaking plans for EET Fuels in the UK with the Stanlow Refinery at its heart. Hydrogen Fuel Switching is an integral part of these plans, and conducting the FEED alongside a great partner in Wood will allow us to confidently move forward to final investment decision. We remain on track to become the world’s first low carbon process refinery, providing security of fuel supply to the UK, as well as building as maintaining employment in the UK’s industrial heartlands.”

Martin Simmonite, Senior Vice President for UK Operations at Wood, added: “We are delighted to be working on this decarbonisation project with EET Fuels, providing critical infrastructure that is fundamental to the energy transition and UK energy security.”