Integrating a Mobile Wellhead Compressor (MWHC) with Reinforced Thermoplastic Pipe (RTP) Technology for Zero-Flaring Production in Non-Connected low potential Oil Wells: Case Study

Abstract The integration of Mobile Wellhead Compressor (MWHC) technology with Reinforced Thermoplastic Pipe (RTP) systems represents a groundbreaking approach to reviving non-connected, low-potential oil wells while promoting zero-flaring production. This innovative methodology aims to optimize production from dormant wells by reducing wellhead pressure, thereby enhancing fluid flow and aligning with sustainable industry practices through significant reductions in CO2 emissions and the elimination of gas flaring. A series of field trials demonstrated the effectiveness of the integrated system, with MWHC technology facilitating reduced wellhead back pressure and RTP enabling the temporary conveyance of produced fluids to nearby pipeline facilities. These trials yielded impressive results, including a production output of 3,500 barrels of oil per day, 800 barrels of water per day, and 3.6 million standard cubic feet per day of sweet gas, generating approximately 7.7 million USD per month based on the 2024 oil market price. Furthermore, the system prevented the release of 8,038 tons of CO2 emissions, showcasing its environmental benefits. This approach not only proves economically viable but also sets a global precedent for sustainable oil production in challenging environments where permanent infrastructure is absent, particularly in early-stage reservoir developments. By introducing the novel integration of MWHC and RTP technologies, this work highlights a transformative solution for unlocking the potential of less developed oil wells while addressing critical environmental concerns.