Research

LINCCS consists of four research subprojects (SP1-4) and one administration subproject (SP5). It also has an associated Knowledge-building Project for Industry (KSP): NCS C+.

Innovation 4.1

4.1 Well injection design and control systems for cost-effective CO2 storage at scale

  • TRL 3-5
  • Digital twin validated
  • Investment decision for technology demonstration
  • 70% reduction on storage cost
  • > 100 Mtonnes CO2/year captured
  • 1000 jobs
  • 3BnNOK/year in revenue

Innovation 3.1

3.1 Well injection design and control systems for cost-effective CO2 storage at scale
  • TRL 4-7
  • Investment and commercialisation decisions
  • Double the CO2 storage capacity in Norway
By 2030
1000 jobs
> 8 Billion NOK/year
> 100 Mtonnes CO2/year
70% reduction of storage costs
Double the CO2 storage
capacity in Norway

KSP – The Norwegian continental shelf: A driver for climate positive Norway (NCS C+)

Innovation 4.1

4.1 Well injection design and control systems for cost-effective CO2 storage at scale

  • TRL 3-5
  • Digital twin validated
  • Investment decision for technology demonstration
  • 70% reduction on storage cost
  • > 100 Mtonnes CO2/year captured
  • 1000 jobs
  • 3BnNOK/year in revenue

Innovation 3.1

3.1 Well injection design and control systems for cost-effective CO2 storage at scale
  • TRL 4-7
  • Investment and commercialisation decisions
  • Double the CO2 storage capacity in Norway

Innovation 1.1

1.1 Low OPEX Carbon Capture to be deployed offshore
  • TRL 4-5
  • Decision gate for demonstration of carbon capture offshore
  • 5-10 Mtonnes CO2/year captured

Innovation 2.1

2.1 Carbon capture system test on full-scale ship engine

  • TRL 5-6
  • Decision gate for demonstration of CCS system on ship
  • CO2 logistics dataset ready
  • 5 Mtonnes CO2/year captured
  • 5 BnNOK/year
  • Cooperation with the Sustainable Energy Norwegian Catapult Centre