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West Burton partners with Harbour Energy's Humber carbon capture and storage project

Gas-fired power plant exploring engineering requirements to deal with emissions

An aerial image of West Burton B combined cycle gas-fired power station in northern Nottinghamshire, now a partner in Harbour Energy's Viking Carbon Capture and Storage project.(Image: West Burton Energy)

A key Humber carbon capture storage and transportation project is expanding beyond the region.

West Burton Energy in Nottinghamshire has entered into a partnership with Viking CCS, the Harbour Energy scheme looking to clean up the refinery-led cluster. The independent power generation company operates a combined cycle gas turbine plant - West Burton B - with a capacity of 1.3GW.

It is a move described as diversifying the range of CO2 capture projects within the Viking CCS network. It has just been renamed from V Net Zero, reflecting the title of the North Sea gas fields it aims to repurpose, with the shipping in of greenhouse gases also proposed via Port of Immingham.

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Steve Cox, executive vice president for health, safety, environment, security and global services at Harbour Energy, said: “West Burton Energy’s decision to join the Viking CCS cluster marks a significant step forward in the project’s aim to reduce the º£½ÇÊÓÆµ’s industrial emissions. It extends our geographic footprint further beyond the Humber region to inland emitters in Nottinghamshire, helping to decarbonise the º£½ÇÊÓÆµ’s extended power network and meet the º£½ÇÊÓÆµ’s net zero goals.”

Harbour Energy and West Burton Energy have recently begun the necessary engineering design to connect to the high-capacity Viking CCS storage sites located deep beneath the Southern North Sea.

West Burton added to Viking's partner plotting.

From the Humber, West Burton sits just below Gainsborough, 15 miles south of the Keadby power generation cluster - part of a separately-led Zero Carbon Humber CCS and hydrogen proposal - and 43 miles west of the Theddlethorpe Gas Terminal, from where Viking will feed out to the reservoirs, repurposing the existing 120km LOGGS pipeline.

As well as evaluating post-combustion carbon capture technology as part of the process, West Burton is also examining the deployment of hydrogen co-firing and further electricity storage facilities. It already operates 49MW of battery storage, while providing stability services to the electricity grid.