A chemical enterprise in Anhui Province is a storage area for chemical products, involving media such as methanol and acetic acid. The site adopts galvanized grating and patterned steel ground structure. The equipment inside the tank area cofferdam is dense, with multiple inspection points and complex working conditions. There are a total of 53 inspection points in the project, including about 50 robot inspection points and 3 tank top inspection requirements (fixed cameras+gas sensors). To improve the safety control level of the tank area, explosion-proof inspection robots are used to replace manual labor in completing multiple inspection tasks such as meter readings, valve status, leak detection, gas monitoring, noise detection, and wall anomaly recognition, achieving intelligent and autonomous inspection of the tank area.

The storage tank area of a natural gas company in Taizhou, Jiangsu Province is a high-risk area for flammability and explosion. The equipment inside and outside the cofferdam is dense, and the working conditions are complex. Traditional manual inspections have long faced three major pain points: "inability to enter, incomplete viewing, and inaccurate measurement". To comprehensively improve the intrinsic safety level of the station, the station adopts explosion-proof intelligent inspection robots to achieve seamless inspection of key equipment such as storage tanks, compressors, valve groups, pressure gauges, etc., helping the station achieve a leap from "civil defense" to "intelligent defense".

The Green Power Hydrogen Production Equipment Test Center of this research institute is an important base for the research and verification of green power hydrogen production technology in China. To ensure the safe and stable operation of hydrogen production plants, explosion-proof wheeled inspection robots have been adopted, officially launching a new mode of all-weather, automated, and intelligent inspection for hydrogen production plants. Robots deeply integrate intelligent mobile platforms and AI recognition technology, autonomously plan paths, execute tasks on time, cover key areas and equipment in hydrogen production plants, replace traditional manual inspections, and achieve a leap from "human defense" to "technical defense". Through practical operation verification, the accuracy of various recognition and detection functions has remained stable at over 90%.

This project achieves autonomous inspection and intelligent control of the electrolytic cell area and liquid chlorine storage tank area through the joint deployment of explosion-proof wheeled inspection robots, rail mounted inspection robots, and explosion-proof PTZ cameras. The system has core functions such as meter reading, leak detection, water accumulation detection, environmental gas monitoring (H ₂/Cl ₂), infrared temperature measurement, etc., effectively replacing manual inspection, reducing workload, improving inspection efficiency and result authenticity. After the successful application of the first phase of the project, the second phase will further expand to multi workshop unified control, forming a mature mode of "robot+camera" joint inspection and multi system integration, providing reliable support for hidden danger investigation and intelligent upgrading of chemical enterprises.

The methanol finished product tank area is a Class I major hazard source, and environmental data collection is completed through robot inspection. The perception of the environment, including temperature, gas leakage, abnormal noise, odor, etc. of the on-site environmental equipment, is sensed and monitored, and the data is promptly transmitted back to the data backend.