News

The project with the extensive title “Multiscale Pressure-Stress Impacts on Fault Integrity for Multi-site Regional CO₂ Storage” – referred to as MuPSI, aims to address challenges related to pressure impact and infrastructure sharing in broadly de...

The Research Council of Norway's part of the CLIMIT programme announces NOK 70 million in 2025 for projects that can promote the development of CCS (CO₂ Capture and storage).

By combining mineral analyses from cuttings with Information from well logs, researcher Brit Thyberg and her partners are developing knowledge that will enable even safer CO_₂ storage.

Cignus Instruments AS is developing a patented concept for mass flow measurement of liquids and gases, offering technological advantages particularly relevant for the CCS value chain.

The company qWave is developing a new method for measuring horizontal stresses in the caprock during CO_₂ storage projects.

What impact does the CLIMIT program have on Norway's work with carbon capture and storage (CCS), and what challenges are emerging in the wake of the Longship project?

In response to climate change and the growing need for sustainable solutions, a new Norwegian project aims to develop innovative technology for CO_₂ capture using microalgae.

In Tromsø, the district heating system is operated by Kvitebjørn Varme AS. The company, in collaboration with Rambøll DK and Norsk Energi, is currently developing a supplier-neutral base concept for CCS at its facility.

Europe's need for clean energy is growing, and today Norway is well-positioned as a supplier. The SINTEF-led CleanExport project explored how Norway should further position itself as a central player in the export of clean energy to Europe.

CO₂LOS IV aims to optimize the logistics of maritime CO₂ transport and reduce costs. Major partners such as Equinor, TotalEnergies, and Gassco have been involved from the start, demonstrating significant interest in the project.

KDC-IV Project: Advancing Experimental Data and Tools for CO₂ Transport Systems.

To accommodate the foreseen increase demand for transportation of CO₂ for CCS purposes, a development towards larger ships and transported volumes is expected.

Minox Technology AS has developed a compact amine-based CO₂ absorber designed for applications where space is a critical concern.

A CLIMIT-supported project will contribute to deliveries to ISO TC265. Purpose is to design international standards and technical reports for CCS and CO₂-EOR.

In the phase between CO₂ capture and storage, there will be a need for an infrastructure network, where CO₂ transport is planned and coordinated at a national level. CLIMIT has granted NOK 200,000 for a concept study under th...

A CLIMIT-supported research project has made progress in capture technology for industrial emission sources with low CO₂ concentration.

The aim of the MeDORA project is to develop a more durable solution for CO₂ capture by combining amine-based capture technology with a membrane that removes the dissolved oxygen from the solvent.

We need to ensure that researchers are not isolated in their laboratories. Instead, they should engage in dialogue with industry. To promote good and cost-effective climate solutions," says Aage Stangeland from the Research Council of Norway. H...

The IntoWell project will investigate and evaluate concepts for future CO₂ injection wells. The aim is to make them more robust and less expensive than today.

The XHR technology makes it easier to acquire high-quality seismic data. At the same time, operational footprint is reduced.