Digital Integration in CCS: A Game-Changing Pilot in the Middle East Region

This study presents a digitally integrated approach to Carbon Capture and Storage (CCS), highlighting its role in improving traceability, operational efficiency, and economic viability. A pilot project in the Middle East demonstrated full-cycle CCS deployment—from CO2 capture at a steam methane reformer to geological storage in a carbonate aquifer—supporting certified low-carbon ammonia exports. Advanced monitoring technologies, including fiber optics, seismic imaging, and distributed sensing, enabled real-time data collection and model calibration. These digital tools facilitated precise Measurement, Monitoring, and Verification (MMV), optimized well design, and supported regulatory compliance. The project revealed the unique behavior of CO2-rich fluids under steady and transient conditions, offering insights into system dynamics and material selection. Thermohydraulic benchmarking was conducted using advanced digital tools, enabling accurate simulation of injection scenarios and enhancing predictive capabilities. Challenges such as data fragmentation and infrastructure complexity were addressed through modular digital platforms and predictive analytics. The findings underscore the importance of digitalization in CCS cluster models, enabling accurate CO2 tracking, certification of low-carbon products, and potential carbon credit generation. This work provides a blueprint for scaling digital CCS solutions, reinforcing their role in achieving climate goals and enhancing stakeholder confidence.