Project: Inez

Bifrost’s Inez project focuses on the Inez storage license and represents the next step in scaling offshore CO2 storage in the Danish North Sea. It is designed to expand capacity in line with growing market demand and cross‑border CCS developments.

Scope includes:

  • Appraisal and development of the Inez storage license to unlock large‑scale, long‑term CO2 storage potential
  • Evaluation of flexible transport solutions, including offshore and onshore pipelines and ship‑based options, depending on market development
  • Integration with regional and cross‑border CO2 infrastructure to support emitters in Denmark, the Baltic region and Northwest Europe
  • Enabling increased storage volumes over time and strengthening Denmark’s role as a European CO2 storage hub

The project is designed to accommodate growing CO2 volumes and support Europe’s long‑term climate objectives.

Short facts

  • License awarded: January 2026
  • Geological storage complex: The storage complex comprises a saline aquifer in a sandstone formation.
  • Owners: TotalEnergies (operator) 65%, Mitsui 15% and Nordsøfonden 20%
  • Storage potential: 9 Mtpa from 2034
  • Location in the North Sea: ~55 km west of Vorupør on Denmark’s west coast
  • License area: Covering ~1,050 km2

Inez storage site

Inez saline aquifer

The Inez license covers a deep saline aquifer in the Danish North Sea and represents an important contribution to the CO2 storage capacity required under Bifrost. The storage potential of the Inez area has been identified through preliminary geological studies and will be further assessed as the project progresses. A saline aquifer is an underground rock formation containing salty water (brine) that is unsuitable for human consumption or agriculture. At Inez, the aquifer is located deep below the seabed and is sealed by impermeable rock layers, allowing injected CO2 to be safely and permanently stored. The reservoir lies well below the minimum depth required to ensure that CO2 remains sufficiently compressed, supporting long‑term containment. Deep saline aquifers such as Inez are found far beneath the Earth’s surface and have the potential to store large volumes of CO2 securely, making them a key geological solution for large‑scale carbon capture and storage.

Project timeline