EnergyPathways Plans MESH Energy Storage Hub in UK's East Irish Sea
Key Ideas
  • EnergyPathways seeks a gas storage license for the MESH project in the East Irish Sea, aiming to provide natural gas and green hydrogen to the UK market.
  • The MESH facility, located off the Lancashire coast, plans to utilize geo-storage reservoirs with a capacity of around 50 Bcf of gas, offering high deliverability rates.
  • The project is supported by various engineering and energy companies, designed as a zero-emission development powered by nearby offshore wind farms, potentially contributing to the UK's energy transition.
  • If successful, the license application will integrate into the Marram project, showcasing EnergyPathways' commitment to decarbonization and utilizing renewable resources for energy storage.
EnergyPathways has applied for a gas storage license to establish the MESH (Marram Energy Storage Hub) project in the East Irish Sea, specifically covering the company's Marram gas field. This planned energy storage facility, located 11 miles off the Lancashire coast in northwest England, is envisioned to offer a reliable supply of natural gas and green hydrogen to the UK market for at least two decades. The facility's geo-storage capacity is estimated to be approximately 50 Bcf of gas, comparable in scale to the existing Centrica's Rough storage facility in the North Sea. EnergyPathways aims to operate the MESH facility as a decarbonized and electrified zero-emission development, powered by renewable wind farms in the Irish Sea region to minimize emissions. Additionally, the project could leverage the UK's surplus wind power to produce and store green hydrogen. Supported by various engineering and energy firms, the project is designed to meet the UK's evolving energy demands efficiently. The license application's success would lead to the integration of the project into the Marram development plan, further demonstrating EnergyPathways' dedication to decarbonization and utilizing sustainable energy sources for storage and supply.
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