First hydrogen power plant in the EU headed to UK refinery
The plant is owned by Stanlow and will run on blue H2 once it is in production Stanlow has announced that among the initiatives it has taken on for decarbonization is to open a combined heat and electricity hydrogen power plant. The plant is slated to be completed in 2027 Stanlow’s decarbonization target involves slashing its emissions by 95 percent by 2030. This new hydrogen power plant is a notable part of that effort, according to the company in a statement. This plant is being built to provide both electricity and heat, and it will use H2 to generate both. The company is at the core of…
The plant is owned by Stanlow and will run on blue H2 once it is in production
Stanlow has announced that among the initiatives it has taken on for decarbonization is to open a combined heat and electricity hydrogen power plant.The plant is slated to be completed in 2027
Stanlow’s decarbonization target involves slashing its emissions by 95 percent by 2030. This new hydrogen power plant is a notable part of that effort, according to the company in a statement. This plant is being built to provide both electricity and heat, and it will use H2 to generate both. The company is at the core of a broader regional decarbonization strategy that is called Hynet. The cluster in the area is working to provide cleaner H2 to both industries throughout the region and the refinery itself.The blue hydrogen power will involve carbon capture technology
The H2 used in the refinery for producing electricity and heat isn’t green. It is not produced using methods powered by renewable energy. Instead, it is going to be made using natural gas-powered methods. On its own, this would include this facility in the most commonly used method for H2 production, which produces greenhouse gas emissions due to its use of fossil fuels.
However, in this case, what will turn that gray H2 to blue H2 is the carbon capture technology that will be used to stop the vast majority of carbon emissions from escaping into the atmosphere.