Essar Energy Transition (EET) announces the launch of EET Hydrogen Power, 'Europe’s first hydrogen-ready combined heat and power plant (CHP)' to be built at its Stanlow refinery, with the aim of completing construction in 2027. According to the company, the investment will support its Fuels’ ambition to become the lowest carbon process refinery, globally and EET Hydrogen’s ambition to become the leading low carbon hydrogen producer in the UK.
The plan will also provide low carbon power to other industrial users in the region to support their decarbonisation targets. EET Hydrogen Power will become an independent vertical under EET.
EET Hydrogen Power will be developed over two phases to reach a capacity of 125 MW of power with 6,000 tonnes per day of steam, with the hydrogen replacing hydrocarbons delivering a reduction of 740,000 tonnes of carbon dioxide per annum.
The new plant will replace Stanlow’s existing boiler units, which currently generate approximately 50MW of power for the refinery operations. The investment into building Europe’s first hydrogen ready power plant is a key part of EET’s overall $3.0billion of energy transition initiatives in the North West of England.
“Launching EET Hydrogen Power shows the progress that Essar Energy Transition is making in delivering against its commitment to put the UK at the forefront of low carbon energy. EET Hydrogen Power helps bring this commitment to life and demonstrates our intention to globally showcase the pathway to decarbonising vital high emitting industrie,” Tony Fountain, Managing Partner of Essar Energy Transition, commented.
For his part, Rob Wallace, Chief Executive Officer of EET Hydrogen Power, said: “We have bold ambitions for Stanlow to become a low carbon transition hub at the centre of the HyNet Industrial Cluster. EET Hydrogen Power will be Europe’s first 100% hydrogen-ready gas-turbine plant which will be supplied with EET Hydrogen’s low carbon hydrogen. This project will create significant benefit by contributing to regional emissions’ reductions targets.”
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