A mine managed by the same firm competes with other mines run by other companies regarding safety, productivity, and other factors.
Fremont, CA: Although they are becoming more common, smart mines are still relatively rare. This is because the mining industry still faces several obstacles to adopting new technology. A mine managed by the same firm competes with other mines run by other companies regarding safety, productivity, and other factors. On the other side, mines are internally competitive and compartmentalized. Internal politics and a lack of collaboration in mining businesses make it difficult to integrate new technologies, which calls for coordinated efforts from all departments to promote system innovation and integration. Since each mine is unique and competitive, each mine must independently get persuaded of the necessity for new technology. As those who leap start to profit from digitalization, these constraints make many mines less competitive and expensive. Let shall quickly review what these advantages are in this essay.
• Reduce operational costs
Compared to their "analog" counterparts, "smart mines" may be built using wireless monitoring and substantially reduced operating expenses. In essence, smart mines are ones whose most essential assets get digitalized using embedded sensors that transmit information to a central system through a wireless network. As a result, mining operators may save money by avoiding the need for costly cabling and subsequent cable maintenance and human labor, as no one needs to do manual data readings on site physically. Mine operators who employ an Operational Intelligence (OI) solution as part of their wireless network can predict incidents but more consistently maintain their sites, saving them a lot of money by avoiding incidents that can completely halt operations for weeks or months. Mine not only saves money by eliminating these unnecessary costs. Thus, smart mines are more profitable and competitive than traditional mines.
• More easily automate operations.
Smart mines that have previously incorporated technology are better able to automate their processes than those that lag. One excellent illustration of this is automated trucks, which use a physical network of sensors and software remotely programmed and managed to carry out mining tasks that formerly required a fleet of truck drivers. When a mine gets digitalized in one manner, such as by establishing a wireless network of sensors to conduct remote readings, it may get further digitalized in other ways, such as by automating important mining activities.
• Keep the workforce safe.
The safety of the workforce is a severe concern for mines, which are frequently highly hazardous workplaces for people. Workforce safety is greatly increased by automating mobile assets, such as trucks, in mines and providing wireless, remote readings, eliminating the need for people to be physically present there. Through OI solutions' predictive analytics and insights, mining operators are better equipped to anticipate and stop potentially harmful situations like dam breaks. Through wirelessly connected wearable devices, workforce tracking enables operators to coordinate their workforce better and, for instance, alert workers not to enter specific parts of the site in the event of an emergency. By utilizing innovative technology as a critical predictive maintenance tool, smart mines significantly lower the potential for human injury in mining processes over the long run.