Carbon capture and storage
Shell’s ambition is to work with governments, customers and partners to unlock the potential for CCS to reduce emissions where there are currently no scalable low-carbon alternatives. In 2022, Shell’s operating costs for, and investment in, CCS opportunities amounted to around $220 million, an increase of 51% on 2021.
By the end of 2022, our Quest CCS project at Scotford in Canada (Shell interest 10%) had captured and safely stored more than 7.5 million tonnes of CO2 since it began operating in 2015. We are exploring the possibility of increasing CCS capacity at Scotford, initially by 750,000 tonnes per year, through our proposed Polaris project and Atlas Carbon Sequestration Hub.
In Australia, the Gorgon CCS project (Shell interest 25%, operated by Chevron), reported it had stored more than 7 million tonnes of CO2 by the end of October 2022. Despite these significant emission reductions, Gorgon has captured and stored less CO2 than required to fulfil its regulatory obligations. In 2022, Chevron confirmed it had purchased carbon credits to address the shortfall. In addition, the joint venture aims to invest AUD 40 million in lower-carbon projects in Western Australia. Gorgon started operating in 2019 and is the largest CCS operation in the world.
In 2022, our Northern Lights CCS joint venture (Shell interest 33.3%) in Norway signed a letter of intent to provide Yara, the crop nutrition company, with CO2 transport and storage services. As of 2024, some 800,000 tonnes of CO2 per year are expected to be captured, compressed and liquefied at a Yara ammonia and fertiliser plant in the Netherlands. The CO2 will then be transported to Norway for permanent storage 2,600 metres below the seabed in the North Sea.
During the year, we signed agreements with various companies and governments to jointly explore developing CCS projects in Brunei, China, Japan, Malaysia, South Korea, the USA and Western Australia.
Read more about our CCS projects at www.shell.com/ccs.
Project |
CO2 source |
Country |
Shell involvement |
Shell interest |
Total capacity (100%), million tonnes per annum |
Shell-operated |
||
---|---|---|---|---|---|---|---|---|
CCS facilities in operation |
||||||||
Quest |
Bitumen upgrading |
Alberta, Canada |
Technical developer, |
10% |
1 mtpa |
Yes |
||
Gorgon |
CO2 in gas |
Australia |
JV partner |
25% |
Up to 4 mtpa |
No |
||
Technology Centre Mongstad test and research facility |
Gas-fired power, refining and chemical production |
Norway |
JV partner |
8.7% |
Test site |
No |
||
CCS projects under construction |
||||||||
Northern Lights (Phase 1) |
Industrial sources |
Norway |
JV partner |
33.3% |
1.5 mtpa |
No |
||
CCS projects pre-FID options |
||||||||
Acorn (initial) |
Industrial sources |
Scotland, UK |
Technical developer, |
30% |
Around 6 mtpa |
No |
||
Aramis (initial) |
Industrial sources |
Netherlands |
JV partner |
25% |
5 mtpa |
No – transport |
||
Polaris |
Refining and chemical production |
Alberta, Canada |
Operator |
TBC |
0.75 mtpa |
Yes |
||
Atlas |
Refining, chemicals and industrial sources |
Canada |
Operator |
TBC |
10 mtpa |
Yes |
||
South Wales Industrial Cluster |
Industrial sources |
Wales, UK |
Operator |
TBC |
1.5 mtpa |
Yes |
||
Pernis CO2 capture (for transport and storage by the third-party Porthos project) |
Refining and chemical production |
Netherlands |
CO2 capture |
100% |
1.15 mtpa |
Yes – capture |
||
Pernis SPeCCS |
Refining and chemical production |
Netherlands |
CO2 capture |
100% |
0.5 mtpa |
TBC |
||
Asia-Pacific CCS hub |
Refining and chemical production and industrial sources |
Asia-Pacific |
|
TBC |
|
|
||
US Gulf Coast (Phase 1) |
Refining and chemical production |
USA |
Operator |
100% |
2 mtpa |
Yes |
||
Liberty (Phase 1) |
Chemical production |
USA |
TBC |
100% |
1.7 mtpa |
TBC |
||
Daya Bay |
Refining and chemical production |
China |
JV partner |
TBC |
10 mtpa |
TBC |
||
Northern Carnarvon (Angel) |
|
Australia |
JV partner |
20% |
5 mtpa |
TBC |
||
|