At a salt mine in Germany, mining engineers have successfully used the Elios 3 drone equipped with LiDAR technology to measure stockpiles. This innovative approach has made the process safer, faster, and more accurate. Speed Measuring large salt piles manually is time-consuming and inefficient. The Elios 3 allows surveyors to stay on the ground, flying the drone through the area to generate precise 3D models of the stockpiles, significantly reducing the time required for volume calculations. Accuracy The 3D models created by the Elios 3 offer greater precision than traditional manual methods. This ensures that the data collected is reliable and consistent, leading to better decision-making for the mine's operations. Safety Manual measurement requires workers to climb dangerous salt cones, which poses significant safety risks. The Elios 3 eliminates this need, allowing surveyors to collect all necessary data from a safe distance, reducing the risk of accidents. Volume measurements are a critical part of mining and aggregate operations, where large quantities of materials are stored over long periods. These measurements help determine how much material is present in stockpiles, track inventory, and plan backfilling operations. However, traditional methods are often slow, inaccurate, and pose safety risks. Surveyors typically climb large stockpiles or use handheld sensors to measure heights and track material movement. These manual approaches can be inefficient and lead to inconsistencies in the data. Backfilling calculations also rely on similar methods, resulting in delays and potential errors. Despite these challenges, volume calculations remain essential for mine operations. Mines invest significant time and resources into these tasks, knowing that the results may not always be fully accurate. A salt mine in Germany faced challenges in accurately tracking the volume of salt stored in its chambers. The survey team was responsible for mapping the entire mine and maintaining an inventory of the salt. Monthly surveys were conducted, requiring one day for data collection and another for calculations. This involved climbing large salt cones, which was both physically demanding and risky. Surveyors would measure the height of each cone from the top to the ceiling and then use CAD software to calculate volumes. While effective, this method was time-consuming and limited in accuracy. The mine needed a safer, more efficient way to perform these essential measurements. Engineers at the mine learned about the Elios 3, an indoor drone equipped with a LiDAR sensor and powered by Flyability’s FlyAware SLAM engine. This allowed the drone to create real-time 3D maps as it flew through the mine. Given the success of previous drone applications in mining, the team decided to test the Elios 3 for their stockpile measurements. They hoped the drone could improve accuracy, speed up the process, and eliminate the need for surveyors to climb the salt cones. By using 3D models, they aimed to make their volume calculations more reliable and reduce safety risks. The test with the Elios 3 was highly successful. Surveyors were able to create high-quality 3D models of multiple salt stockpiles quickly and efficiently. Here are the key outcomes: “I didn’t have any experience with drones before, but the application is very user-friendly. I was able to start flying and collecting data right away. It’s stable, feels great, and the display is excellent.†- Mining Engineer, Salt Mine The success of the Elios 3 test has led the mine’s surveying department to consider adopting the drone for all volume calculations. This transition would save valuable time, improve data quality, and enhance safety across the operation. Beyond stockpile measurements, the Elios 3 offers additional benefits. It can be used to collect data in unstable areas, eliminating the need for human entry. This opens up new possibilities for monitoring and managing the mine environment safely. The head of the surveying department is interested in using the Elios 3 to create detailed 3D maps of the entire mine. Currently, the mine’s plans are 2D, but the Elios 3 can provide accurate, comprehensive 3D models, offering a more complete understanding of the mine’s layout and structure. Neodymium Cup Magnets,Strong Neodymium Bar Magnets,Super Strong Neodymium Magnet,Strong Neodymium Magnet Dongguan Zhenglong Magnet Co., Ltd , https://www.zlmagent.comElios 3 Enhances Safety and Precision in Salt Mine Stockpile Measurements
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