Green Hydrogen Fuel Project Set to Transform Milford Haven by 2025
Plans are underway for the development of a hydrogen fuel generation scheme at the former Puma Energy site in Milford Haven, South Wales.
Spearheaded by H2 Energy Ecosystem UK Limited, this project aims to establish the region's first hydrogen facility using electrolysis.
With local engineering experts, InSite Technical Services Ltd at the centre of the design process, this ambitious project holds the potential to revolutionise the landscape of clean energy production in the area.
This project is one of 11 new hydrogen production projects that will receive a total of £400 million in private investment, over the next three years. These projects are expected to generate over 700 jobs nationwide, supported by £2 billion in government funding.
“Hydrogen has a key part to play in our future energy system and with offshore wind power coming to the Celtic Sea, some of the key building blocks are being put in place for Milford Haven to become one of the country’s most important green energy ports" said Stephen Crabb, MP.
About the facility
Previously known as the Milford Haven Refinery, the site was once a bustling hub for oil refining operations. However, with the decline of refinery use, the site has remained dormant since its demolition in 2014.
H2 Energy Ecosystem UK Limited is currently seeking approval to establish the hydrogen facility, along with storage facilities, at the Amoco Road site.
If greenlit, the 20MW hydrogen generation plant is projected to produce an average of five tonnes of hydrogen per day. The electricity required for this operation will be sourced from the on-site substation, utilising green electricity generated by UK wind farms.
What is green hydrogen?
Green hydrogen is a clean and sustainable form of hydrogen fuel, produced through the process of electrolysis, using renewable energy sources such as wind or solar power.
Electrolysis separates water molecules into hydrogen and oxygen, with hydrogen being captured and stored for use.