Oil and gas giants sign up to Teesside net-zero carbon capture project

BP, Eni, Equinor, Shell and Total have all signed up to spearhead the development of the Net-Zero Teesside project that aims to develop the UK's first decarbonised industrial cluster through the use of carbon capture, utilisation and storage technology (CCUS).

Oil and gas giants sign up to Teesside net-zero carbon capture project

The project could become operational during the mid-2020s

The oil giants have signed on to the development of the cluster through the Oil and Gas Climate Initiative’s (OGCI) $1bn Climate Investments fund. With BP as the main operator, the companies will work to accelerate the development of the Net-Zero Teesside project, formerly the Clean Gas Project.

Net-Zero Teesside aims to fully decarbonise a cluster of carbon-intensive businesses by as early as 2030, in order to assist the UK’s wider and legally binding net-zero target set for 2050.

The OGCI members will accelerate the development of a transportation and storage system that will capture industrial emissions in the area, compress it and store it in a reservoir under the North Sea. A combined cycle gas turbine (CCGT) facility will also be fitted with carbon capture technology on the site, alongside renewable energy sources. The OGCI accounts for more than 30% of global operated oil and gas production.

The project could become operational during the mid-2020s and Net-Zero Teesside will sign memorandums of understanding (MoUs) with existing industrial partners that will continue to build the technical expertise to rollout industrial-scale CCUS technology.

OGCI Climate Investments’ chief executive Pratima Rangarajan said: “Net-Zero Teesside is a demonstration of OGCI’s commitment to accelerating CCUS on a global scale. It’s the anchor project, first ideated at the UK Energy Technologies Institute (ETI), developed into an industrial carbon cluster within OGCI Climate Investments and now, the first hub within OGCI’s CCUS Kickstarter initiative. 

“This transfer of ownership to the OGCI consortium is proof of how OGCI’s initiative is successfully supporting emerging hubs.”

Research suggests that Net-Zero Teesside will deliver £450m in annual benefits to the area and support up to 5,500 direct jobs.

Net-zero clusters

The Government is aiming to establish the “world’s first net-zero carbon industrial cluster by 2040 and at least one low-carbon cluster by 2030”, as part of the Industrial Clusters MissionIt opened two innovation funds in October aimed at helping businesses located in key industrial clusters to plan and deploy technology to help reach net-zero emissions by 2050. Up to £140m could then be accessed by successful applicants. 

The Deployment and Roadmaps funds are being opened as part of the wider Industrial Decarbonisation challenge that commits £170m towards technologies such as carbon capture and hydrogen networks. These technologies will help decarbonise the Teesside industrial cluster, as well as other industrial clusters located in Grangemouth, Merseyside, Humberside, South Wales and Southampton.

Drax, Equinor and National Grid have already published roadmaps fleshing out their plans to create the world’s first zero-carbon industrial hub in the Humber region by 2040.

When mapping out the UK’s national net-zero target, the Government’s advisors on the matter, the Committee on Climate Change, concluded that current technological solutions and stronger policy frameworks could enable the UK to reduce emissions by around 97% against a 1990 baseline. The remaining 3% could be achieved by the scale-up of carbon capture and storage (CCS) solutions and hydrogen energy technology – both listed as a “necessity not an option” by the CCC.

However, the Government has been urged to update its “vague terminology” on CCUS deployment by MPs to create clear policy drivers that transform the technology into a primary tool to meet national and international climate change targets.

Matt Mace

Comments (1)

  1. Richard Phillips says:

    If there were a real desire to avoid the generation of CO2 during energy, the obvious generation system is the nuclear reactor; but it seems to have gone out of favour.
    Has all the work in this area just thrown on the rubbish heap with new generations coming in?????
    I was in that generation that worked on the many facets of nuclear generation, and it is perfectly feasible, but now quite out of fashion, it seems.
    Thermal reactors served us well, and there is vast store of knowledge on the fast reactors. Wind simply does not do the job. It cannot never be on demand, forget it.
    What is the snag?? "that is old stuff"????
    Answers please.
    Richard Phillips

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