The mining industry is under more pressure than ever to increase efficiencies. This comes as declining ore grades and more disparate and remote deposits create greater challenges in securing new resources, and rising mining costs drive the need for greater productivity at the mine site. At the same time, there is a strong focus on ensuring safety and sustainability within mines. Artificial intelligence (AI) in the mining industry can address many of these challenges and inefficiencies through several key technologies in the value chain, including computer vision, smart robots, data science, and machine learning.
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Hydraulic mining shovels, also known as excavators, can help dig through tough materials commonly found at a mining site. Most hydraulic mining shovels have similar components and design. For example, many of these machines have tracks with a cab on top. The cab's pivoting capabilities allow the equipment operator to rotate in a circle without making significant movements, allowing them to dig more efficiently.
There are various applications for mining shovels, including moving materials, lifting materials into a loader, removing rock or dirt from the surface to open up the mines and transporting some mining materials.
Bulldozers are essential for moving materials and mined ore. You can choose between a wheeled or tracked bulldozer, depending on the surface at your work site. You can also equip bulldozers with different attachments that allow them to perform tasks like these:
Rotary and rock drills help create holes in rock or soil. These drills allow workers to place blasting charges, which can create open mining areas. Rotary drill rigs use a drill bit to cut rocks under pressure. Compressed air from the equipment sends the drilled rock to the top to help keep the hole free from debris.
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Alternatively, rock drills use pressure to create holes in the ground, using the same compressed-air method to clean out the holes. Both drills have numerous applications at mining sites, including creating mining holes, splitting rocks, creating wells and expanding mines.
Often, mines lack access to roads, and many mining sites have debris, vegetation, rocky terrain and other materials that can damage the equipment when driving across. Even mines located off highways will need stable roads to haul and move materials. Motor graders help create roads at mining locations, transporting equipment and materials along the smooth ground.
Motor graders are vital in mining operations, ensuring you can maintain roads' integrity. Some common uses of motor graders include creating grades to drain water from roads, constructing roads for hauling materials and mined ore and pushing materials away from roads to ensure they stay clear.
Wheel loaders can pick up and move materials across a mining site, where workers can load them into trucks. Large wheel loaders are ideal for mining projects, since these machines have a larger bucket capacity and load-handling capabilities. Matching the wheel loader's handling capabilities to your material's density and volume is essential so your equipment can hold up without wearing prematurely.
Wheel loaders are primarily for surface mining projects and can help with digging, loading materials for transport and supporting the tasks of other loading equipment on your job site.
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