捷报！连续油管电泵带压转排一次成功

Core Viewpoint - The successful application of continuous coiled tubing downhole electric pump technology marks a significant breakthrough in China's oil testing technology, addressing key industry challenges and enhancing oilfield production capabilities [1][5]. Technical Background - The traditional oil testing methods have limitations, particularly in unconventional oil and gas resource development, necessitating innovative solutions to meet the urgent demand for rapid and pollution-free operations [2]. - The continuous coiled tubing process is identified as a key development direction, with the new technology enabling operations without interrupting fluid flow, thus ensuring continuous liquid discharge from the reservoir [2][3]. Breakthrough Journey - Prior to this development, there were no successful cases of pressurized testing in China, with the technology being largely untested globally [3]. - The technology integrates multiple disciplines and innovations, including the design of a compact electric pump and specialized pressure-sealing tools, which collectively address the challenges of operating under pressure [3][4]. Technical Potential - The new technology significantly reduces the low-pressure well transfer cycle from 10 days to 4 days, effectively halving the operational time while providing real-time monitoring of downhole parameters [5]. - This technology aligns with the growing market demand for shale oil and tight oil development, particularly in regions like Xinjiang and Southwest China, indicating substantial market potential [5]. Future Outlook - The company aims to enhance its technological offerings to meet diverse operational needs and transition towards high-end oil testing services, reflecting a broader industry shift towards intelligent and green operations [5][6]. - The focus will be on deepening technology integration and expanding into unconventional oil and gas markets, providing more efficient and reliable technical support for oil and gas exploration and development [6].