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New flotation cells with ‘MAXGen’

TAKRAF Group has developed new and improved DELKOR BQR flotation cells with ‘MAXGen’ mechanism to serve the minerals industry.

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New flotation cells with ‘MAXGen’

Maximising the sustainable recovery of minerals has become a critical success factor, at a time when the efficient recovery from less rich ores, aging or secondary deposits is one of the mining industry’s key challenges.

 

With its well-known DELKOR brand for liquid/solid separation and beneficiation equipment, TAKRAF Group has developed new generation BQR flotation cells with the proprietary MAXGen mechanism for what it called “best-in-class metallurgical performance”.

 

“The exceptional MAXGen mechanism is the result of extensive research and development from bench scale tests, 3D prototyping, pilot scale studies and plant scale trials. MAXGen stands for superior recoveries with higher mineral grade, along with faster flotation kinetics by generating favourable bubble size distribution and energy efficient hydrodynamics,” the company stated.

 

“The distinctive configuration of rotor and stator enables the rotor to operate at a lower tip speed. Hence, it reduces operational cost with lower power consumption and wear.”

 

The new DELKOR BQR MAXGen flotation cell also boasts more eloquent features addressing many practical challenges when improving installation, maintenance and operation of flotation circuits, particularly in existing concentrators.

 

For example, the ‘bypass ready tank design’ of DELKOR BQR MAXGen allows the installation and upgrade with cell bypass systems at any stage of the project, without compromising the original layout and without any modification to the tank shell. This flexibility is designed to make adjustments faster and less costly, enabling operators to maintain the best flotation bank set up over time.

 

The new DELKOR BQR MAXGen flotation cell also incorporates deeper launders with higher slope to assist the froth to evacuate quickly. The launders can also be customised with various options of external, internal and radial launders to suit specific froth transport parameters based on the application.

 

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