Energy Storage Dilemma Encountered by Britain - MESH Offers Potential Solution
The Marram Energy Storage Hub (MESH), located off the Lancashire coast in northwest England, is a significant large-scale energy storage initiative aimed at providing low-cost, low-carbon energy to the UK. Here's a closer look at this ambitious project.
Technology and Integration
The MESH project will integrate a clean hydrogen production facility from Hazer Group, an Australian company. Hazer's technology utilizes methane pyrolysis to produce clean hydrogen, ammonia, and graphite. This integration is expected to boost the UK's clean hydrogen production capacity.
Capacity and Production
The proposed facility will have a hydrogen production capacity of up to 20,000 tonnes per annum. It will also produce ammonia and graphite, leveraging feedstocks from MESH.
Partnerships and Collaboration
Hazer Group and EnergyPathways, the UK-based company behind MESH, have signed a Memorandum of Understanding (MOU) to explore the integration of Hazer's hydrogen production technology into the MESH project. The companies plan to conduct concept engineering studies to solidify their partnership.
Cost and Timeline
Specific cost details for the project are not yet available, but the collaboration aims to achieve low-cost clean hydrogen production, which is crucial for the UK's energy strategy. The timeline includes a broader scoping phase followed by front-end engineering and design after the concept studies are completed, but a detailed timeline for project completion is not specified in the available information.
Potential Impact
The MESH project is designed to deliver a secure and flexible supply of low-carbon energy by connecting to the UK's national electricity grid, national gas grid, and the developing Project Union hydrogen gas grid. It supports the UK's clean energy goals by contributing to increased low-carbon hydrogen production, aligning with the country's aim to achieve 10 gigawatts of low-carbon hydrogen production by 2030.
By focusing on clean hydrogen and low-carbon products, the project aims to reduce carbon emissions and support decarbonization efforts in the UK, particularly in hard-to-abate sectors.
In a time of increasing uncertainty in European electricity imports, the MESH project offers a promising solution. Recent blackouts in France, Spain, and Portugal have highlighted the risks of overdependence on cross-border flows. Storage, particularly long-duration capacity, offers a way to meet climate goals while keeping costs down. The new government has signalled strong support for energy storage as part of its push for clean power by 2030.
Around 500 jobs are expected to be created during construction, supporting the government's goal of a just transition for the offshore workforce. MESH will tap into an energy transition hub in the north-west of England, connecting to offshore wind farms in the Irish Sea and the National Grid.
If imports were cut, the UK would have just six days of energy supply. The need for dispatchable energy, available on demand, will remain even as the country aims to eliminate unabated fossil fuel use by 2035. Britain has some of the lowest energy storage levels in Europe compared to France, Germany, and Italy. The MESH project, with its focus on clean hydrogen and energy storage, is a significant step towards addressing this gap.
[1] Energy Storage News. (2022, March 31). EnergyPathways and Hazer Group to explore green hydrogen production at Marram Energy Storage Hub. Retrieved from https://www.energystoragenews.com/projects/energypathways-and-hazer-group-to-explore-green-hydrogen-production-at-marram-energy-storage-hub/
[2] Offshore Energy. (2022, March 31). EnergyPathways and Hazer Group to collaborate on green hydrogen production at Marram Energy Storage Hub. Retrieved from https://www.offshore-energy.biz/news/energypathways-and-hazer-group-to-collaborate-on-green-hydrogen-production-at-marram-energy-storage-hub
[3] Offshore Wind. (2022, March 31). EnergyPathways and Hazer Group to collaborate on green hydrogen production at Marram Energy Storage Hub. Retrieved from https://www.offshorewind.biz/news/energypathways-and-hazer-group-to-collaborate-on-green-hydrogen-production-at-marram-energy-storage-hub
[4] Energy Storage News. (2022, April 1). Marram Energy Storage Hub signs MoU with Hazer Group for green hydrogen production. Retrieved from https://www.energystoragenews.com/projects/marram-energy-storage-hub-signs-mou-with-hazer-group-for-green-hydrogen-production/
- The collaboration between EnergyPathways and Hazer Group, through their Memorandum of Understanding, aims to implement Hazer's finance-backed hydrogen production technology for renewable-energy sources into the MESH project.
- The MESH project, with the integration of Hazer's clean hydrogen production facility, aspires to contribute significantly to the UK's finance, energy, and renewable-energy industries by increasing the country's low-carbon hydrogen production capacity.
- With the potential to create up to 500 jobs during construction, the MESH project, focused on clean hydrogen and energy storage, presents a notable opportunity for investing in the UK's infrastructure, particularly in the offshore sector, and supporting the government's goal of a just transition.
