Frequently asked questions
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What is H2NorthEast?
H2NorthEast is a pioneering low-carbon hydrogen production project based on Teesside. It aims to produce over 1GW of low-carbon hydrogen by the early 2030s, helping to decarbonize energy-intensive industries and provide cleaner energy solutions.
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How does H2NorthEast support the UK’s net zero goals?
H2NorthEast contributes significantly to reducing emissions through its use of the Central Area Transmission System (CATS) infrastructure and, achieving a CO2 capture rate of over 97%. This helps meet the UK’s 2050 net-zero targets.
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What is the timeline for the project?
Phase 1 of H2NorthEast will deliver 355MW of low-carbon hydrogen to local industry, with plans to scale production to 1GW by the early 2030s.
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What are the economic benefits of H2NorthEast?
The project is expected to contribute £200-300 million to the regional economy, creating over 2000 jobs, and drive growth in the Teesside region.
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How will the hydrogen be used?
H2NorthEast will supply low-carbon hydrogen to Teesside hard-to-abate heavy industries and, in the future, potentially to other regions via initiatives such as Project Union and East Coast Hydrogen or by blending it into the national grid.
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What is blue hydrogen, and why is it important?
Blue hydrogen is a clean fuel that produces water as a byproduct when burned. Emissions associated with its creation are captured at source, making it a practical net-zero solution for the short to medium term until green hydrogen infrastructure is widely established.
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Why is Teesside a key location for blue hydrogen production?
Teesside is a strategic hub for blue hydrogen production due to its high concentration of industrial sites, existing infrastructure, a skilled workforce, and proximity to a significant portion of the UK's natural gas supply.
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How does H2NorthEast fit within the East Coast Cluster?
As part of the East Coast Cluster, H2NorthEast helps decarbonise the Humber and Teesside regions, which account for nearly 50% of carbon emissions from UK industrial clusters.