Launder Design Procedure

The design of slurry launders has usually been based on strictly empirical concepts. An examination of the most common procedures reveals that they do not

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lamella-thickeners flow schematic
Thickening

Lamella Thickeners

Stringent environmental regulations, which have limited the use of sludge ponds, coupled with the economic incentive to clean more coal or to add fine coal

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In-Situ Leaching & Borehole Mining

Table of ContentsIn Situ Leaching CopperShallow DepositsBlast Design—Fragmentation Research at Duval’s Sierrita MineLeaching Experiments at El Paso’s Emerald Isle MineContainment of Leach Solutions at Cyprus

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dump-leaching fracture pattern
Leaching

Dump Leaching Hydrology

Table of ContentsHydrology of Dump LeachingDump Flow Factors Affecting RecoveryDump Failures Resulting from Flow ProblemsHydrology of In-Situ Solution MiningRecovery Flow Patterns Dump leaching and in-situ

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magnetic-separator cross-sectional diagram
Magnetic

High Gradient Magnetic Separator

Table of ContentsBasic Principles of Magnetic CaptureMethodology of Evaluating Separation PerformanceModel Applications High-intensity wet magnetic separators have been successfully introduced into, the mineral processing field

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High Capacity Thickener

Conventional practice is to add flocculant as a dilute solution to the feed slurry in a launder or feed pipe, possibly using staged addition so

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Heap Leaching of Uranium

Table of ContentsPilot Test ProgramFull-Scale Pilot Heap OperationMaybell Heap Leach Experience Union Carbide began looking seriously at heap leaching in 1971- At that time some

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