bp Awards Technip Energies FEED Contract for H2Teesside Project in UK
Key Ideas
  • bp has awarded Technip Energies a FEED contract for the H2Teesside project, a significant step in the development of a large low-carbon hydrogen facility in the UK.
  • H2Teesside will be part of the East Coast Cluster, integrating with other decarbonization initiatives, aiming to produce 1.2 Gw of blue hydrogen by 2027 and capture 2 million tonnes/year of CO2.
  • The project, led by bp, is crucial for the UK's 2023 hydrogen production target and includes plans for carbon capture and storage through the Northern Endurance Partnership.
  • With a final investment decision expected in 2025, the project signifies progress in the UK's transition towards sustainable energy and development of hydrogen infrastructure.
bp has awarded a front-end engineering design (FEED) contract to Technip Energies for the proposed H2Teesside project in the northeast United Kingdom. H2Teesside is set to become one of the largest low-carbon hydrogen production facilities in the UK, featuring integrated carbon capture technology. This project, part of the East Coast Cluster, will not only focus on hydrogen production but also include a hydrogen distribution pipeline that will connect with other decarbonization projects in the region. H2Teesside aims to produce 1.2 Gw of blue hydrogen by 2027, exceeding 10% of the UK's hydrogen production target for 2023. Additionally, the plant plans to capture and store up to 2 million tonnes/year of CO2 through the Northern Endurance Partnership (NEP). Andy Lane, the vice-president for hydrogen and CCUS at bp, UK, emphasized the significance of these agreements as critical milestones for H2Teesside, highlighting the project's progression towards EPC contracts and subsequent construction. The final investment decision for the H2Teesside project is anticipated in 2025, marking a pivotal step in the UK's energy transition towards sustainable practices and the development of crucial infrastructure for hydrogen production and carbon capture.
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