Automation also streamlines production, inventory management and refinement across the board. Paired with neural networks and machine learning, techniques such as drone photography and laser-based measuring are capable of outputting faster, more accurate estimates than ever. Recent advances in artificial intelligence and automation have rendered this much less of an issue. Unfortunately, because of their irregular shape, measuring stockpiles in this fashion tends to be difficult, especially from the ground. The data collected from that equipment is then used to calculate the stockpile's overall tonnage. Typically, this starts with using drilling and density-sensing equipment. ![]() When acquiring a stockpile, a company must assess both the economic value of the leftover resources and the geologic factors influencing their potential viability. Finally, bin stockpiles store minerals in a row of three-sided bins, enclosed inside hard walls to keep types of material separate from one another. Ramp stockpiles, meanwhile, are constructed and piled high using a narrow ramp, making them optimal for storing very large volumes of material in a limited area. The most generic stockpiles are made by standard bucket loading and dumping techniques. ![]() ![]() Although they don't always contain mineable or renewable resources, there are many benefits to production when they do.Īside from being one of the most efficient ways to restart a project, stockpiles are an incredibly effective way to store large quantities of material, and tend to exist in one of three forms. They originate from a variety of factors, including supply temporarily outstripping demand, production without immediate access to a treatment plant or the acquisition of a previously mined project. Mining stockpiles are precisely what they sound like - a surplus of mined material, either accumulated on the surface or dug and piled for future use.
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