From subsurface evaluation to well construction and monitoring, we provide the technical expertise needed to move carbon mineralization projects from concept toward implementation.
When CO₂ is dissolved in water and comes into contact with reactive rocks such as peridotite, a natural chemical reaction occurs. The CO₂ reacts with minerals rich in magnesium and calcium, forming stable carbonate minerals and effectively turning the carbon into rock.
CO₂ + Water + Reactive Rock → Solid Carbonate Minerals
Unlike conventional storage, where CO₂ remains trapped as a gas or fluid, mineralization transforms CO₂ into a stable solid rock form, significantly reducing the risk of leakage or reversal. Carbon mineralization offers a pathway to permanent carbon removal by using the Earth’s natural geology to transform CO₂ into stable rock.
Our team has hands-on experience with CO₂ mineralization projects in both the UAE and Oman, working with peridotite formations for permanent carbon storage.
Our expertise covers subsurface evaluation, geological assessment, well engineering, injection planning, materials selection, and drilling and downhole operations for CO₂ mineralization projects.
We provide specialized technical consultancy for CO₂ mineralization projects, from subsurface evaluation and well design to drilling, completion, and monitoring.
We help clients identify the right geological formations, engineering solutions, materials, technologies, and service providers to develop safe and scalable CO₂ mineralization projects.