A pipeline that will probably be used to move carbon to be buried in a depleted North Sea fuel discipline has been awarded planning consent.
An software for the Viking CCS pipeline submitted by vitality agency Harbour Power was granted official growth consent by the Secretary of State for Power Safety and Internet Zero.
The 34-mile (55km) pipeline between Immingham and the Theddlethorpe fuel terminal on the Lincolnshire coast is a key plank within the venture, which is without doubt one of the UK’s so-called “observe 2” CCS initiatives awaiting additional help from authorities. The opposite is Acorn at Peterhead.
Its backers have estimated the venture may unlock £7 billion of funding throughout the Humber area by 2035, with 10,000 jobs throughout development and £4bn in financial worth forecast by the tip of the last decade.
The consent marks some progress as concern grows that delays to CCS plans might danger the UK failing to satisfy internet zero targets.
Harbour had initially envisaged making a last funding on the Viking scheme choice final yr. The North Sea producer has since centered on creating oil and fuel manufacturing internationally following its $11.2bn acquisition of Wintershall Dea. It has additionally since withdrawn from one other UK CCS venture.
The UK’s observe 1 CCS initiatives together with HyNet within the North West of England and the East Coast Cluster in Teesside have been backed with £21.7 billion in authorities help over 10 years.
The onshore, buried pipeline will transport CO₂ captured from the commercial cluster at Immingham on the primary stage of its journey out to the Viking reservoirs through an present 75-mile (120km) pipeline, the Lincolnshire offshore fuel gathering system (LOGGS), with plans for an extra new 13-mile (20km) spur line.
The Viking fields may retailer as much as 300m tonnes of CO₂, with the system dealing with as much as 10m tonnes a yr by 2030.
In an announcement, Harbour famous the event consent order had been granted.
It added: “The Viking CCS community may present at-scale high-capacity CO2 transportation infrastructure, transporting and securely storing over 50% of Humber emissions.”
