Separation
What makes CINC Industries centrifugal contactors unique?
Our equipment allows separation of immiscible liquids which have very close densities by utilizing our two-inlet design and by allowing polar solvents to impregnate one of the two liquids. Once inside the annular mixing zone the G-force from the rotor will separate the loaded element from the other. Our equipment comes with a range of weir sizes as well as reliable, variable-speed drives which allow you to fine tune your processes and easily achieve the desired results. With 3 different feed mode options and "Clean-In-Place" capabilities our equipment adds efficiency to both batch and continuous processing.
Separation using Low Mix Option:
Mixed liquid phases are pumped or gravity fed to the housing through either or both inlets and are channeled to the rotor inlet.
Mixed phases are pulled into the rotor and subject to 'G' forces. Liquid entering the bottom rotor displaces existing volume over weirs.
Light phase flows over fixed central weir and is ejected into lower collector ring.
Heavy phase flows through underflows and over the variable diameter weir ring before being ejected into upper collector ring.
Heavy and light phases gravity drain out the opposing outlets
into collection vessels.
Liquid Phase Separation Process Parameters:
- Ratio of Liquid Phases
- Specific Gravity
- Viscosity
- Solubility
- Droplet Size
- Chemical Interaction
sales@cincind.com
1-888-380-CINC
2500 Arrowhead Dr., Ste. 2
Carson City, NV 89706
USA