Mining is one of the most demanding industries, facing numerous challenges, including terrain stability, worker safety, and equipment preservation. Mine monitoring using advanced IoT sensors and analytical platforms enables continuous tracking of key parameters such as ground movement, deformations, stress, and gas concentrations. This technology facilitates the timely detection of potential risks, preventing serious accidents and reducing maintenance costs. Our systems integrate high-precision sensors with analytical tools that allow real-time data collection and analysis. Whether monitoring is conducted in underground or surface mines, advanced solutions provide support for maintaining stability and efficiency in all operations.
1. Remotely manage and monitor your deployed devices and networks. Obtain monitoring data either on-premise or through the cloud. The gateway sends all data to the Connectivity Management Tool (CMT) based on your selected sampling rates. Integrate your data analytics software in CMT to create complete monitoring reports.
2. Monitor pore water pressure through vibrating wire piezometers in a borehole connected to a Vibrating Wire 5-channel data logger.
3. Assess the pore water pressure with a piezometer connected to a Vibrating Wire 1-channel data logger. Locate the depth of a sliding surface using coaxial cables and a Time-Domain Reflectometer (TDR)1 connected to an Analog data logger.
4. Analyze the quality of the water with a water multi-parameter probe connected to a digital logger or a Thread X3.
5. Detect slope movements in real-time (less than 2 seconds in most cases) through the Tilt90-X wireless tiltmeters for the Event Detection Solution.
6. Measure vertical deformation at various depths with a multi-point borehole extensometer (MPBX) connected to a Vibrating Wire 5-channel data logger.
7. Assess horizontal displacements through in-place inclinometers connected to a digital logger mounted on a pole.
8. Assess horizontal displacements through ShapeArrays connected to a digital logger for up to 100 segments and or a Thread X3 for longer chains.
9. Complete your geotechical monitoring with a total station connected to a Thread X3 for accurate movement detection.
10. Accurately measure 3D displacement of structures and ground movement using precision GNSS sensors connected to a Thread X3.
11. Integrate automated remote visual observations to your condition monitoring program with a field camera connected to a Thread X3.
12. Monitor movement across surface cracks with a draw wire sensor connected to a Piconode.
13. Check the relative distance variation of the slopes with the LaserTilt90, a 3- in-1 laser distance meter, inclinometer and data logger, pointing at a target surface.
14. Pumping rate measured with a water meter connected to a Piconode.
15. Monitoring water level and temperature in the dewatering well and pressure in the pipe through a water level sensor and a pressure transmitter connected to an Analog data logger.
16. Control water flow in dewatering operations with a Variable Frequency Drive and a flowmeter connected to a Thread X3.
17. Monitor diesel fuel levels with a fuel tank level sensor connected to an Analog data logger.
18. Monitor precipitation with a rain gauge and air temperature with a thermistor connected to a Piconode. If you need to monitor more parameters, use a weather transmitter connected to a digital logger.
The implementation of advanced monitoring systems in mining offers multiple benefits – enhancing worker safety, reducing operational costs, and improving productivity. Accurate data collected through IoT sensors enables informed decision-making about maintenance, exploitation, and environmental protection.
This approach ensures efficient management of mining operations and long-term infrastructure preservation. GridX delivers comprehensive mine monitoring solutions, allowing companies to improve the safety, efficiency, and sustainability of their processes.
Unesite svoj pojam za pretragu u polje ispod kako biste brzo pronašli sadržaj koji tražite. Pritisnite ‘Enter’ ili kliknite na dugme za pretragu da biste videli rezultate.
