Pumping Solutions for Slurries, Tailings, and Mineral Processing - Mining
Tesla Disk Pumps are ideal for alumina, copper slurry, tailings, and leach fluids. The non-impeller design reduces system erosion and pump downtime in mineral separation, transport, and reclamation operations.
- Copper, zinc, and rare earth slurries
- Alumina and bauxite process fluids
- Lime, pH adjusters, and leachates
- Flotation tailings and underflow
- Dewatered sludge and recycled wash-down water
Mining operations expose pumps to extreme conditions—abrasion, solids loading, suction limitations, and chemical attack. Tesla Disk Pumps™ are designed to handle it all with fewer breakdowns, less maintenance, and longer service life. Here’s how we help you overcome the most common issues in the field.
From the drill site to the refinery, Tesla Disk Pumps™ support critical oil and gas processes at every stage. Whether it’s moving thick slurries, protecting delicate catalysts, or handling gas-laden streams, our pumps are built to perform—no matter where they’re installed.
Why Tesla Disk Pumps Stand Apart
- Non-clogging rotor handles rags, fibrous material, and grit that disable conventional impellers.
- Dry-run and dead-head safe operation prevents catastrophic shutdowns during flow interruptions.
- Shear-free pumping preserves sludge floc structure and prevents emulsification, improving dewatering efficiency.
- Low NPSH requirements make them ideal for lift stations and applications with poor suction conditions.
- Corrosion- and chemical-resistant alloys ensure long pump life in aggressive environments.
- Lower total cost of ownership through extended service intervals and reduced spare part replacement.
Tesla Disk Pumps™ don’t just perform better in theory—they make a measurable difference in the field. By reducing maintenance needs and minimizing downtime, they help operators lower costs and keep production moving. Whether it’s fewer seal failures or improved flow in difficult conditions, these pumps deliver real results in real-world operations