Aramco works to accelerate DAC development
Direct air capture is still in its infancy, but organisations are seeking to leverage global collaborations and AI to discover new materials, with an aim of scaling up the technology and cutting costs
Direct air capture (DAC) of CO₂ is a nascent technology, but one Saudi Aramco has been researching it in collaboration with academic institutions, research organisations and industry partners around the world. One research project with Saudi Arabia’s King Abdullah University of Science and Technology (KAUST) has led to the discovery of a new material to capture CO₂ from the air, which in turn has instigated development of a process to scale up DAC technology. The discovered material, known as Aramco-KAUST 7, is a nickel-based metal-organic framework with a network-like structure that acts like a sponge, selectively binding to CO₂ to trap it. The trapped CO₂ can then be released from the mate
Also in this section
23 January 2026
A strategic pivot away from Russian crude in recent weeks tees up the possibility of improved US-India trade relations
23 January 2026
The signing of a deal with a TotalEnergies-led consortium to explore for gas in a block adjoining Israel’s maritime area may breathe new life into the country’s gas ambitions
22 January 2026
As Saudi Arabia pushes mining as a new pillar of its economy, Saudi Aramco is positioning itself at the intersection of hydrocarbons, minerals and industrial policy
22 January 2026
New long-term deal is latest addition to country’s rapidly evolving supply portfolio as it eyes role as regional gas hub






