chen@lan-v.com
+86 18533738922
-
-
-
Customer Case
-
Blog
-
China University of Petroleum Marine Oil and Gas Exploration Equipment Supporting Project
China University of Petroleum’s research and practical work in the field of offshore oil and gas exploration relies on stable, reliable underwater electronic equipment to carry out data acquisition and detection tasks. In response to the unique characteristics of the offshore oil and gas exploration environment, Hesi Technology has provided the university with customized products such as underwater lighting fixtures, watertight connectors, and electronic sealing chambers. The underwater lighting fixtures feature a specially designed light source that meets the operational requirements of the dim, deep-sea environment; meanwhile, the watertight connectors and electronic sealing chambers boast excellent corrosion resistance and high-pressure tolerance, enabling them to withstand the complex conditions encountered in offshore oil and gas exploration. The application of these products has ensured the reliable operation of the university’s offshore oil and gas exploration equipment, helping it obtain accurate exploration data. Building on this collaboration, the two parties have also reached a long-term cooperation agreement in the field of supporting electronic equipment for marine resource development.
Background of the Collaboration
China University of Petroleum has deep technical expertise and extensive practical experience in the field of offshore oil and gas exploration. Its “High-Efficiency Exploration Technology for Deep-Sea Oil and Gas” project relies on stable, reliable underwater electronic equipment to achieve accurate detection and data collection of deep-sea oil and gas resources. In response to the unique characteristics of the marine oil and gas exploration environment, Hesi Technology, with its products’ excellent corrosion resistance and high-pressure tolerance, has become a supporting supplier for this project.
Scope of Cooperation
In light of the harsh operating conditions encountered in deep-sea oil and gas exploration, Hesi Technology has provided China University of Petroleum with customized underwater electronic equipment, including underwater lighting fixtures, watertight connectors, and electronic sealing chambers. The underwater lighting fixtures are crafted from materials that resist corrosion by oil and gas, offering strong light penetration to meet the illumination needs of deep-sea oil and gas exploration sites. Meanwhile, the watertight connectors and electronic sealing chambers boast robust pressure resistance and superior sealing performance, effectively guarding against the corrosive effects of deep-sea high pressure and hydrocarbon media, thereby ensuring the long-term stable operation of the equipment. In addition, the company offers a range of technical services, such as product installation and commissioning, as well as subsequent maintenance and upkeep, to ensure the smooth progress of the project.
Collaborative Outcomes
The products provided by Hesi Technology have successfully met the operational requirements of deep-sea oil and gas exploration equipment, reliably ensuring the accurate acquisition and transmission of exploration data. This has helped China University of Petroleum achieve significant breakthroughs in the “High-Efficiency Deep-Sea Oil and Gas Exploration Technology” project, with the relevant technologies already deployed in real-world marine oil and gas exploration projects. This collaboration has not only enabled the company to accumulate valuable experience in supporting marine resource development but has also resulted in a long-term cooperation agreement with China University of Petroleum. Moving forward, the two parties will continue to engage in in-depth cooperation, focusing on the electronic equipment needs in areas such as marine oil and gas exploration and marine resource development.
Recommended Products
Recommended Products
This product is an underwater camera with CVBS analog video output, featuring a high-sensitivity imaging sensor that delivers clear, stable real-time footage even in low-light conditions. Its robust, compact metal housing offers excellent water tightness and corrosion resistance, making it ideal for applications such as underwater exploration, aquaculture, subaquatic construction, river and lake channel monitoring, pool security, and dive‑assisted observation. The dedicated green transmission cable combines flexibility with superior tensile strength, ensuring reliable performance in complex underwater cabling environments. With versatile mounting options, the system can be integrated with underwater probes, cable‑reel units, or monitoring displays, providing users with an intuitive and dependable underwater visual solution.
