OS: 3 – 3R/24L SS-3, 24L/7R – IV SEAM 0.00% 1 ppm 20.60% 26.7°C 0.67 m/s OS: 4 – 26L/6D SS-4, 30L/3R – IV SEAM 0.01% 0 ppm 20.80% 25.5°C 0.01 m/s OS: 5 – 16D/26L SS-5, 26L/17R – II SEAM 0.00% 0 ppm 20.90% 27.9°C 0.68 m/s OS: 6 – 32D/32L SS-6, 32L/33R – IV SEAM 0.01% 0 ppm 19.40% 26.8°C - OS: 7 – 36L/33R SS-7, 40L/33R – IV SEAM 0.00% 7 ppm 20.10% 27.0°C 2.69 m/s 1.8) IIoT based remote pump monitoring System: Water pumping is a critical activity in an opencast mine. ICCC also remotely monitor water pumps installed in opencast mines. The system has a provision for monitoring of various pump parameters such as flow, vibration patterns, energy consumption, efficiency, scope for Customization for AI based decision making as explained with a schematic diagram below. And even remote switch on/off facility. The system helps in energy saving, cost cutting on spares and provides a predictive system for breakdown/maintenance avoiding manual operations in unsafe watery conditions. A schematic 1.9) In Nutshell a Single ICCC platform integrates IT infrastructure and IIoT based systems across Command area of WCL: ➢ RFID & ANPR based boom barrier access control system at mine entry/exit check posts. ➢ RFID & ANPR based weighment automation system at all Road weighbridges. ➢ CCTV surveillance system with VMS along with edge analytics at Area control room. ➢ Centralized CCTV surveillance system of WCL at ICCC, WCL HQ. ➢ VMS and AI based video analytics at ICCC. ➢ GPS-GPRS based vehicle tracking system (VTS) of WCL. ➢ SMS/Email Gateway from ICCC ➢ ICCC platform is scalable for integration of various system in future (i.e. IIOTs etc.) ➢ Customized dashboards to provide real-time and historical analysis for coal dispatch summaries, trip-wise details, deviations, alarms, and frequent/habitual violators. Figure 8 Remote Pump Monitoring System Table 1
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