Direct Air Capture (DAC) technology, coupled with geological Carbon Storage (DACS), has recently emerged as one of the main carbon dioxide removal options alongside bioenergy energy with carbon capture and storage (BECCS) and Nature Based Solutions (NBS). If deployed at scale, these removal solutions would result in ‘negative emissions’ – which would preclude the need for riskier options to abate emissions.
In a new Oxford Institute for Energy Studies Research Paper, Nigel Curson, Executive Vice Present of Technical Excellence, alongside other leading thinkers, outlines the technical, geographical, and political requirements of scaling Direct Air Capture (DAC) technology from its current megatonne level to the gigatonne scale needed to achieve net zero by 2050.
Download Research PaperRelated Insights
Reliability Centred Maintenance: Safeguarding Operations by Managing the Consequences of Failure
Maintenance is often viewed as a costly necessity, yet it is fundamental to ensuring that assets and systems continue to deliver their intended functions safely, reliably, and efficiently. In a...
“Technology never stops evolving”: Our People – Israa
Ahead of Saudi National Day 2025, Israa shared why she chose Penspen to build her career in the Kingdom of Saudi Arabia, and why she’s so proud of the projects Team Penspen are delivering in the...
Training Tomorrow’s Talent: Our People – Rick
In this Our People feature, Rick tells us about the journey from apprentice to leading Penspen’s training team, as well as how a three-month sabbatical travelling the world gave him a new-found...
Repurposing: Pass or Fail?
In the August issue of World Pipelines, Penspen’s Integrity Engineers Luke Fahy and Ben Cowell and Executive Vice President of Technical Excellence Nigel Curson delve into one of the most pressing...