The intelligent oil and gas security patrol solution provides a comprehensive and efficient solution for the security patrol of oil and gas pipelines by introducing drone technology, especially the "Sentinel" composite wing automatic airport system and multi-rotor intelligent airport system. The solution not only covers the detailed introduction of drone and its supporting equipment, but also deeply analyzes the current situation and actual needs of the industry. In response to the problems of low efficiency, high cost, and limited vision in traditional manual inspection, a new mode of high-frequency, long-distance, and automated inspection is proposed. The drone system in the plan has functions such as automatic takeoff, autonomous inspection, precise landing recovery, and automatic charging. Combined with high definition image transmission, task load, and intelligent recognition technology, it can achieve all-round and no dead angle monitoring of oil and gas pipelines and surrounding environments, timely discover and warn potential safety hazards, and ensure the safe and stable operation of oil and gas pipelines.
The intelligent oil and gas security patrol solution aims to solve the pain points in oil and gas pipeline security patrol through drone automation inspection technology, and improve inspection efficiency and quality. Specific goals include:
achieving high-frequency, long-distance, and automated inspections of oil and gas pipelines and station facilities, reducing the workload and risks of manual inspections; improving the comprehensiveness and accuracy of inspection data through various task loads carried by drones, such as photoelectric pods and gas detectors; using AI intelligent recognition technology to process and analyze inspection data in real-time, achieving automatic identification and rapid response to targets; at the same time, by optimizing deployment methods and improving system stability, reducing operation and maintenance costs, and improving the intelligence level and emergency response capability of the overall security patrol system. The ultimate goal is to build an efficient, reliable, and intelligent oil and gas pipeline security patrol system to ensure the safe transportation and utilization of oil and gas resources.
The drone system has a one-click automatic takeoff and precise landing recovery function, which can complete the start and end of inspection tasks without human intervention, greatly improving operational efficiency and safety. After the mission is completed, the drone can automatically return to the airport and land accurately through RTK + visual recognition Technology Implementation, supporting night landing to ensure the smooth completion of each mission.
The drone can independently perform inspection tasks according to the preset route, and real-time postback high-resolution video, images and other data to the command center. Through the task payload such as the photoelectric pod and gas detector mounted on the drone, it can monitor the oil and gas pipelines and surrounding environment comprehensively and without blind spots, and timely detect and warn of potential safety hazards. At the same time, the drone also supports the breakpoint continuation function, which can automatically fly to the last breakpoint to continue the mission after low-power return and battery replacement.
The system has built-in AI intelligent recognition algorithms, which can process and analyze inspection data in real-time, automatically identify target objects such as personnel, vehicles, and illegal construction, and conduct intelligent classification and threat and risk assessment. Once an abnormal situation is found, the system will immediately trigger an alarm mechanism and notify relevant personnel through various methods such as voice and text messages to ensure that hidden dangers can be dealt with in a timely manner.
The drone system supports the expansion and integration of various types of mission payloads, such as visible light cameras, infrared thermal imagers, lidar, gas detectors, etc., which can be flexibly configured according to different inspection needs. These mission payloads can provide richer and more comprehensive inspection data support to meet the diverse needs of oil and gas pipeline security patrols.
Through the drone remote scheduling and inspection platform, users can realize remote scheduling and control of drones. The platform supports functions such as multi-task concurrent execution, real-time video viewing, historical data playback, etc., which facilitates users to manage and schedule drone inspection tasks uniformly. At the same time, the platform also supports various communication methods such as 4G/5G, private network, etc., to ensure the stability and real-time transmission of data.
The drone system adopts high-precision positioning technology and map navigation technology, which can accurately obtain its own location information and target location information, achieving precise navigation and positioning. By combining with the GIS Big data comprehensive scheduling platform, users can intuitively view the drone inspection trajectory and target location distribution, providing strong support for decision-making and command.
In the event of a sudden emergency, the drone system can respond quickly and go to the scene for investigation and monitoring. Through the mission payload such as the dual-light pod mounted on the drone, the drone can take real-time photos and transmit the on-site situation, providing first-hand information for the command center. At the same time, the drone also has functions such as high-altitude shouting and warning to drive away, which can to some extent contain the development of the situation and reduce losses.
The smart oil and gas security patrol plan also focuses on the application of digital construction and asset management. The data obtained through drone inspection supports the construction of a digital asset model library, providing support for visual data archiving; at the same time, drone is used for pipeline selection, survey, construction inspection and other work to reduce labor costs and improve work efficiency.
