Our expertise at your service
Achieving and maintaining optimal recovery of valuable minerals is not something that happens by chance. Designing a new flotation process, or choosing the right equipment for an existing process, requires experience and a deep understanding of minerals processing and metallurgy. Our solutions are designed in our Engineering and R&D centers by experts specialized in minerals processing and technology development. Using state-of-the-art laboratories and pilot plants for the most demanding test work, our specialists help you evaluate the best options for your process and make informed decisions for the entire life cycle of your plant.
Designed for your productivity
The productivity of your process has a direct effect on the profitability of your operations. Our decades of experience working with metals and minerals processors around the world has enabled us to develop some of the most innovative and productive flotation technologies on the market. Outotec FloatForce® technology is a good example: By improving flotation hydrodynamics and pumping performance at high air dispersion rates, FloatForce enhances particle recovery in the flotation cell, while also reducing power consumption and the risk of sanding.
Life-cycle support and beyond
Our extensive service portfolio and customized solutions cover all phases of your flotation plant’s life cycle. We handle engineering and procurement (EP), engineering, procurement, and supply (EPS) or engineering, procurement, and construction (EPC) projects for flotation plants. Our service scope is always tailored to meet your unique business challenges and to have maximum impact on your performance and productivity. We can help you with everything from increasing productivity, product quality, energy efficiency, and recovery rates to improving water conservation, asset availability, and environmental compliance.
Typical flotation cell challenges
- Limited shutdown periods
- Poor recovery/concentrate grades
- Maintenance issues
- High energy consumption
- Spare part wear life
Self-aspirated or poorly performing forced-air flotation cells can present a number of challenges, such as the process stability, the sanding and “wave effect”.
Typical self-aspired cell challenges
- As cell volume increases, constant and evenly distributed air becomes an issue to the process environment
- Energy consumption increases radically to provide sufficient air feed into larger cells
- Increased rotor speed draws additional air, but dislodges larger particles from the bubbles, leading to sanding
- Large environmental footprint
Outotec TankCell forced-air technology provides more stable and efficient metallurgical performance than self-aspirated cells and is fully compatible with other cell types.
Our flotation cell retrofit uses proven Outotec TankCell technology and state-of-the-art Outotec FloatForce forced-air technology. In addition to these technologies, the service can also include modern automation solutions as well as tailor-made service solutions.
