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At present, sacrificial anode cathodic protection and anti-corrosion coating of magnesium, aluminum, zinc and other metals are mostly used to protect offshore steel structures from corrosion. However, because the steel structures are in the sea water far away from the coastline, it is difficult for users to understand their corrosion conditions clearly, and the manual detection is also affected by the climate, sea conditions, etc., so the detection is very difficult, and the accuracy is not high, and the data is unstable.


Product introduction


At present, sacrificial anode cathodic protection and anti-corrosion coating of magnesium, aluminum, zinc and other metals are mostly used to protect offshore steel structures from corrosion. However, because the steel structures are in the sea water far away from the coastline, it is difficult for users to understand their corrosion conditions clearly, and the manual detection is also affected by the climate, sea conditions, etc., so the detection is very difficult, and the accuracy is not high, and the data is unstable. Therefore, it has caused great trouble to users.
Our company has developed an intelligent corrosion monitoring and detection system for special offshore situations. This system uses the intelligent Internet of Things platform, and integrates big data functions and Beidou communications to solve this problem.
The system has comprehensive functions such as automatic collection, historical curve, data backup, data recovery, data wireless collection, monthly statistics, data query, fault query, system parameter setting, field parameter setting, etc. The cathodic protection potential of each monitoring point can be continuously monitored, and the abnormal potential can be timely alarmed; The monitoring data of the whole protection stage can be recorded, stored, printed and analyzed in the whole process; The system has fast acquisition response speed, can provide users with real-time data quickly, and can receive remotely without manual on-site detection.
The system has solved the problem that the corrosion detection of steel structures can not be carried out manually due to weather, tide, strong wind and other factors. The system does not need to be manned, and all automatic detection and remote transmission of data can be carried out. The offshore real-time observation of pile foundation corrosion can provide effective data to solve the corrosion problem, thus fundamentally solving the long-term problems of users. Through actual use and user feedback, this system can effectively and conveniently carry out real-time remote monitoring of data, which not only reduces the workload of manual detection, but also improves the stability and measurement accuracy of data. Therefore, it is the best solution for corrosion monitoring and detection of various offshore steel structures.

 

 

 

 

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