Remote Visualization! 3D Scanning Radar System Technology Helps Cement Clinker Warehouse Surface Monitoring
Apr 15, 2024| The wide application of 3D scanning radar technology in monitoring systems is attracting widespread attention in the industry. 3D radar system technology establishes a monitoring system through multiple 3D measuring instruments. It is especially suitable for material monitoring in large-diameter silo material surfaces and large closed or semi-closed material yards, such as large cement clinker warehouses, thermal power plants, steelmaking, Calcium carbonate production, coal spherical silos, various shapes of material yards and grain bunker warehouses, etc.
In the application of cement clinker warehouse, 3D measuring instrument technology has shown impressive results. First of all, it solves the problem of inaccurate material surface measurement by traditional single-point radar level meters and realizes all-round monitoring of clinker material level, volume and quality in the clinker warehouse. Through real-time online accurate inventory, product costs and corporate financial status are truly reflected.
Secondly, 3D radar system technology enables remote visualization of the status of incoming and outgoing materials. The operator can clearly see the distribution of materials in the warehouse and whether there is any wall hanging on the computer, which creates conditions for timely elimination of moisture hardening and deterioration of clinker. At the same time, it also provides an important reference for timely clearance of warehouses and avoids injuries to personnel during warehouse collapse and warehouse clearance. The setting of high and low material level alarms realizes automatic chain protection of materials entering and exiting the warehouse, improving safety and efficiency.
3D measuring instruments have shown great potential and advantages in application scenarios such as cement clinker warehouses, providing reliable monitoring and management methods for industrial production, and promoting the improvement of production efficiency and safety.