Mechanical flotation machines:
Self-aerated mechanical flotation machines
Forced aeration mechanical flotation machines
Combined mechanical flotation machines
Special purpose mechanical flotation machines
Pneumatic flotation machines:
Forced aeration pneumatic flotation machines:
Forced aeration pneumatic flotation machines with deep cells
Forced aeration pneumatic flotation machines with shallow cells
Air-lift flotation machines:
Air-lift flotation machines with shallow cells
Air-lift flotation machines with deep cells
Foam separators
Pneumatic flotation machines with porous bottom
Other pneumatic flotation machines (Combined, Special purpose and other)
Jet stream whirl flotation machines:
Jet stream whirl flotation machines with vertical flow
Jet stream whirl flotation machines with vertical flow of high pressure
Jet stream whirl flotation machines with vertical flow of low pressure
- Jet stream whirl flotation machines with tangential flow
Dissolved air flotation machines:
Flotation machines with variable pressure:
Compressor-type flotation machines
Vacuum-type flotation machines
Electric flotation machines
Special purpose flotation machines
- Vibratory flotation machines
- Flotation machines with the action of waves
- Other special purpose flotation machines
Combined flotation machines
Laboratory flotation machines
© Ph. D. Natalia Petrovskaya, 2007-2018
March 26, 2018
nataliapetrovsky@gmail.com
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This is the most popular topic, so I finalized the CLASSIFICATION OF FLOTATION MACHINES
ReplyDeleteGood summary of what we have; now the question comes on how one selects which type in terms of capital and operating costs and mainly to which mineral and size distribution --very complicated issue and some historical data will help.
ReplyDeleteThé most important topic is to select thé better machine we need according to the caracteristics of the ore we have to treat.
ReplyDelete