How to recover the unachievable ore value!
Join this webinar to discover how a simple Concorde Blast Tube upgrade can be implemented to your existing self-aspirated pneumatic flotation cell to help you recover the unachievable ore value.
The Metso Concorde Cell™ sets a new benchmark in high-intensity pneumatic flotation by recovering unachievable fine and ultra-fine particles.
This results in significant revenue gains for your operation and minimizes plant operating costs and energy and water consumption per metal production targets.
The Concorde forced air Blast Tubes treat 100% of fresh feed combined with tailings recycling for improved performance, allowing for finer grinding to gain additional liberation without the risk of valuable particles being reported to tailings.
Air blowers and advanced air control instruments make it possible to feed forced air. This allows wider process control and stability for further flotation optimization.
A direct retrofit from self-aspirated pneumatic flotation cell to Concorde Cell technology is possible with a Concorde Blast Tube Upgrade.
The upgrade is compatible with circular and rectangular self-aspirated pneumatic cells.
Upgrading your existing cell with Concorde Blast Tube is the perfect solution for complex and previously inaccessible ores types within various mineral processing flow sheets.
Enjoy peace of mind with high-quality spares that ensure the safety and functionality of your equipment.
We can upgrade your existing flotation technology or retrofit other manufacturer flotation cells with solutions that bring measurable value.
Get fast, accurate information about the condition of your flotation equipment, recommendations for maintenance, and improved operation.
Improve your flotation process with in-depth information and process optimization recommendations.
Improve the pumping and metallurgical performance in the flotation cell while minimizing energy consumption.
Our professional field service offering ranges from comprehensive solutions covering maintenance and optimization projects to performing ...