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process & flow technology
Verfahrens- und Strömungstechnik
Highly effi cient separation of fi ne particles
Multi-Cyclone
Multi-cyclones
In-lineCyclones
Building space incl. piping
Man
ufa
cto
rin
g c
ost
s
Standard-Cyclones
Cyclones in series
Multi-cyclones
Pressure drop ∆p
Rem
ova
l effi
cien
cy η
Standard-Cyclones
Cyclonesin series
In-lineCyclones
Multi-cyclones
In-lineCyclones
Building space incl. piping
Man
ufa
cto
rin
g c
ost
s
Standard-Cyclones
Cyclones in series
Multi-cyclones
Pressure drop ∆p
Rem
ova
l effi
cien
cy η
Standard-Cyclones
Cyclonesin series
In-lineCyclones
• A centrifugal separator which operates according to the cyclone principle. It can be used to separate a liquid or solid particulate phase
from a gas stream, whereby the gas is routed through various cyclones in parallel
• Due to its high separation effi ciency multi-cyclones are well suited for applications with fi ne dusts or droplets to be separated
• The lower pressure drop at similar separation performance compared to a standard cyclone
allows the handling of high gas volume fl ow rates
• One gas inlet and one gas outlet as well as one common solids discharge per multi-cyclone simplifi es connection to the piping for the cyclone tubes running in
parallel
Fields of application
• Highly effi cient dust separator or demister for fi ne particles
• Separation of particles from high volume fl ows
• High effi ciency separator with low pressure drop
Features
power & environment
process & flow technology
process & flow technology
Verfahrens- und Strömungstechnik
Arrange-ment
1 Housing
> 200 Cyclones inside
Gas distribution chamber
Common hopper for solid discharge
CyclonesReverse fl ow cyclone with axial vane swirl generator
Arrange-ment
1 Housing
12 Cyclones attached
Gas distribution chamber
Separate solids discharge connections
Cyclones Reverse flow cyclones with tangential slit inlet
CFD-Calculation of Flow and Pressure Drop
Our Services
• Model-based feasibility studies for performance evaluation during concept phase
• CFD-based Basic-Engineering considering plant specifi c process and space limitations for optimal design of the cyclone in order to fulfi ll client’s requirements
• Engineering of tailored solutions for specifi c applications
• Lab-tests of a down-scaled multi-cyclone in co-operation with universities for highest design validation
• Engineering, construction, fabrication and delivery of the multi-cyclone
Design Examples
2015
Prediction of Separation Effi ciency
power & environment
process & flow technology
Verfahrens- und Strömungstechnik
| Alfonsstr. 44 | D-52070 Aachen | Germany | fon: +49 241 41 34 492-0 | fax: +49 241 41 34 492-39 | e-mail: [email protected] | www.aixprocess.de
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