Enprotec is known as an original equipment manufacturer (OEM) of the most cost-effective and advanced flotation and filtration equipment on the mineral processing market. More importantly, the efficiency of our technology and equipment has become evident in real results we achieve for our clients; more value, less waste, less impact on the environment.
The most effective and environmentally focused method for mineral beneficiation is our High Efficiency Flotation Cells. These cells maximise mineral recovery (yield) and optimise mineral grades. Our design allows for the incoming slurry to be agitated and aerated in a concentrated area within the Dual Cell unit. This results for an effective high energy transfer area which in combination with a unique agitation paddle design and air introduction allows this technology to beneficiate material previously considered as discard. Due to the ultra-fine bubble creation the technology is also able to include beneficiation in the smallest fraction of the material.
We’re here to help you achieve results
The most cost-effective and advanced flotation and filtration equipment on the mineral processing market.
Process flow
- Thickener underflow reports to filter plant feed tank.
- Material is pumped to the flotation header box thereafter to the flotation circuit.
- Feed flow rate and density is controlled by pump speed and water addition respectively
- The tailings from the flotation circuit gets pumped to the tailings thickener. The tailings get filtered for dry tailing stacking.
- The product from the flotation circuit gets pumped to the filtration feed tank. The product is then filtered.
- Mineral beneficiation and water savings are achieved.
Key features
Elements that directly impact or contribute to the result
- Increased concentrate recovery
- High product carrying capacity
- Automated froth level control
- Automated reagent dosage system
- Small footprint
- Cost effective solution
- High fractional yield in very fine fractions
Key outcomes
An overview of the most important outcomes
- Increased recovery of minerals
- Optimized material grades
- Increased revenue (Maximum recovery in the ultra-fine size fraction)
- Reduced overall operation costs
- Efficient Energy Transfer
- EQUIPMENT THAT INSPIRES
