CarbonCuts pioneers onshore CO2 storage for
a greener tomorrow
We are committed to supporting the goal of the Paris Agreement to limit the global temperature increase to 1.5 degrees Celsius.
We are planning to store captured CO2 from hard to abate sectors. CO2 that would otherwise have been emitted to our atmosphere.
We are working to establish an onshore geological storage site to return captured CO2 to the underground reservoirs of its origin.
How we prioritise
Storing CO2 underground is the smart choice for numerous reasons
Large climate impact
CO2 occupies minimal space when compressed deep underground, allowing for the storage of large volumes.
Permanent storage
Permanently stored CO2 is encased by robust clay layers and will transform, mineralise, and turn into rock over time.
Proven technology
Geological CO2 storage is a globally recognised, proven, and safe technology to fight the climate crisis.
Helping heavy industry
Certain industries emit challenging CO2 in the short term, posing transition hurdles. Geological storage offers a key solution.
Negative emissions
Storing biogenic CO2 geologically results in negative emissions, actively removing more CO2 than emitted.
Frequently Asked Questions
Is CO2 dangerous?
CO2 itself is not inherently harmful. The problem arises when CO2 accumulates excessively in the atmosphere, trapping heat and disturbing Earth's delicate balance. Over time the extraction and burning of fossil fuels have upset this natural state. CO2 capture and storage (CCS) offer a solution to restore this balance and mitigate the harm to our climate.
Why should we store CO2 on land?
Storing CO2 on land (onshore) is way more affordable compared to sea (offshore) options. This means more CO2 emitters can actually afford to deal responsibly with their CO2 emissions.