ADNOC’s Shah Oil Field has achieved an industry-leading carbon intensity of 0.1 kg CO₂e/ boe, a benchmark among global oil fields. This milestone exemplifies ADNOC’s leadership in sustainable energy production and reinforces its position as one of the world’s lowest carbon-intensive oil and gas producers. A flagship example of ADNOC’s technology-enabled decarbonization strategy, the field has achieved industry- leading performance through optimized field development and the integration of advanced technologies and digital solutions that enhance operational efficiency and reduce emissions. Key enablers include: • Centralized Predictive Analytics Diagnostics (CPAD): ADNOC’s proprietary AI-powered platform, which uses real-time data to predict equipment failures, reduce unplanned maintenance and enhance asset reliability, resulting in lower energy use and emissions • Liquid ejector technology: An innovative system that recovers and reuses gas that would otherwise be flared or vented, enhancing energy efficiency while reducing greenhouse gas emissions • Clean power import: power sourced from nuclear and solar energy, which has been instrumental in supporting efforts to decarbonize energy- intensive field operations Industry-leading carbon intensity at Shah Oil Field “ Technology is essential to ADNOC's journey towards net zero, and this milestone at Shah demonstrates our commitment to sustainability and innovation. By leveraging advanced solutions including AI, digitalization, remote operations and predictive data analytics, we are optimizing operational performance while significantly reducing emissions, reinforcing our position as a provider of some of the world’s least carbon-intensive oil and gas. We will continue to innovate to decarbonize our operations and future- proof our business while supporting a reliable energy supply to meet global demand.” ● Musabbeh Al Kaabi CEO ADNOC Upstream ADVANCING NET ZERO KEEPING OUR PEOPLE SAFE EMPOWERING LIVES HOW WE OPERATE SUSTAINABILITY AT ADNOC ABOUT ADNOC PROTECTING NATURE AND BIODIVERSITY 65 ADNOC Sustainability Report 2024