Oil and Gas Inspection
LINE INSPECTION
The grid system coordinates and deploys drones,
Cross‑district sharing and scheduling of equipment and pilot resources.
Cross‑district sharing and scheduling of equipment and pilot resources.
Intelligent autonomous inspection, adaptable to complex terrains such as mountainous areas, deserts, and tidal flats, expands the reach of inspections. Equipped with visible-light, infrared, and gas‑detection payloads, it achieves comprehensive, three‑dimensional coverage of aboveground pipelines, storage tanks, and valve stations.
Solution Advantages
SOLUTION ADVANTAGES
Unmanned, on standby at all times.
Automatic takeoff and landing, with high safety.
Powerful performance and long-lasting battery life.
Model prediction: extremely strong wind resistance
Multiple redundancy, safe and reliable
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Performance Comparison
RESULTS COMPARISON
Project
Traditional Mode
Governance Model
Effectiveness Comparison
Grid-based inspection
Pipeline segment‑based on‑site inspections are conducted, with each segment assigned dedicated personnel, vehicles, and equipment; resources are fragmented, leading to redundant investments.
The grid coordinates and deploys drones, enabling cross‑district sharing and coordinated scheduling of equipment and pilots.
Significantly reduce labor and hardware costs, increase flight utilization rates, and enhance inspection efficiency.
Complex Scene Inspection
Oil and gas pipelines traverse deserts, mountainous terrain, and swamps, making manual access extremely challenging; under harsh conditions, inspection operations carry high risks, and certain sections are difficult to reach.
Intelligent autonomous inspection, adaptable to complex terrains such as mountainous areas, deserts, and tidal flats, expands the scope of inspection coverage.
Address the pain points of inspection—“unreachable, immobile, and invisible”—and mitigate safety risks associated with field operations.
Full-area inspection
Pipeline valve rooms, storage tanks, and long-distance pipelines have numerous inspection blind spots at elevated and concealed locations, resulting in a high risk of missed inspections.
Equipped with visible-light, infrared, and gas‑detection payloads, it achieves comprehensive, three‑dimensional coverage of aboveground pipelines, storage tanks, and valve stations.
The comprehensive inspection coverage rate exceeds 95%, enabling the early detection of potential hazards such as corrosion, leaks, and damage caused by third-party construction activities.
Data Security
Inspection data is stored locally on paper or on standalone devices, with no encryption during transmission, and pipeline geographic information is easily exposed.
Equipped with an oil and gas‑industry‑certified encrypted transmission module, it enables encrypted backhaul and storage of inspection data, along with robust access control.
Pipeline geospatial and equipment data achieve a 99.9% security and confidentiality rate, ensuring the information security of oil and gas infrastructure.
Application scenarios
Long-distance pipeline inspection
Customer Case Studies
CLIENT CASES
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