The growing demand for improved hydrocarbon recovery, combined with the need to reduce greenhouse gas emissions, has increased the importance of advanced carbon management technologies in the oil and gas industry. Many mature oil fields experience declining reservoir pressure and reduced production efficiency, making enhanced oil recovery techniques increasingly important for maximizing the value of remaining reserves. In CO₂ Enhanced Oil Recovery (CO₂-EOR), carbon dioxide recovered from industrial emission sources is captured, purified, compressed, transported, and injected into suitable oil reservoirs under controlled operating conditions. Injected CO₂ can interact with reservoir fluids by reducing oil viscosity, promoting oil swelling, improving fluid mobility, and enhancing displacement efficiency. Under appropriate reservoir pressure, temperature, and fluid composition, CO₂ may also become miscible with crude oil, further improving hydrocarbon recovery. The integration of Carbon Capture, Utilization and Storage (CCUS) with CO₂-EOR creates a strategic link between carbon management and oilfield development. Paydar Poolad Pishro develops integrated solutions covering the complete CO₂ value chain, from industrial emission sources to oil reservoirs, including process studies, CO₂ capture and purification, compression, transportation, injection systems, and project implementation. By transforming captured carbon dioxide from an industrial emission into a valuable resource for reservoir management, the company supports higher resource efficiency, lower carbon intensity, and more sustainable development of oil fields.
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