Albatik helps Libyan operators navigate the energy transition on their own terms — turning decarbonization from a compliance burden into a source of recovery, revenue, and international competitiveness.
The energy transition is often framed as a threat to hydrocarbon producers. For Libya, it is also an opportunity. CO₂ and produced gas based enhanced oil recovery (EOR) can unlock incremental reserves from mature fields while permanently storing carbon underground. Emissions reduction, particularly flare gas recovery — converts waste into marketable products. And credible sustainability performance is increasingly a precondition for international financing and partnership. Through our subsurface engineering expertise and our international partner – Ryder Scott, Albatik provides the technical foundation for all three.
Our team combines deep reservoir engineering expertise with the screening tools, simulation platforms, and phase-behavior know-how required to evaluate CCUS and CO₂-EOR opportunities rigorously — including miscibility assessment, storage capacity estimation, containment risk analysis, and full-field compositional simulation modelling capabilities.
Libya’s mature onshore fields — many producing at recovery factors well below their potential — are natural candidates for CO₂-EOR, and the country’s gas flaring represents both a lost revenue stream and a reputational cost with international partners. Operators who quantify their CCUS potential and emissions baseline today will be the ones positioned for tomorrow’s carbon-linked financing, partnership, and export frameworks.