EnergyPathways Unveils MESH Project: Wind-Powered Hydrogen Storage in Lancashire
Key Ideas
  • The 'MESH project' by EnergyPathways aims to harness wind power from the Irish Sea to produce and store hydrogen in salt caverns off the Lancashire coast for over 20 years.
  • The project connects hydrogen production with 1GW of the region's offshore wind capacity, using existing gas infrastructure for long-duration energy storage, potentially the largest in Europe.
  • EnergyPathways is progressing towards a final investment decision in late 2021, focusing on delivering a secure and dependable supply of hydrogen and natural gas for the UK market.
  • Ben Clube, CEO of EnergyPathways, emphasizes the significance of the MESH project in contributing to the UK's net zero and energy security goals, aiming to engage key stakeholders throughout the development process.
EnergyPathways has unveiled the 'MESH project,' a groundbreaking scheme that plans to utilize wind power generated in the Irish Sea to produce hydrogen and store it in up to 20 salt caverns off the Lancashire coast. This initiative aims to play a pivotal role in advancing the hydrogen economy in the UK by ensuring a reliable supply of natural gas and green hydrogen for multiple sectors over two decades. By connecting hydrogen production with a significant portion of the region's offshore wind capacity, the project seeks to circumvent transmission grid supply constraints and leverage existing gas infrastructure for energy storage. EnergyPathways envisions the MESH project as a crucial contributor to the UK's net zero and energy security objectives. With plans for a final investment decision later in 2021 and operational commencement by late 2027, the company is focused on engaging stakeholders and advancing through the engineering design stages. Ben Clube, the CEO, underscores the project's ambitious nature and the potential it holds for substantial contributions to the UK's energy landscape.
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