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Engineering solution
Segregation Assessment & Control
Differences in particle size, density, shape and aerodynamic response can separate a mixture during handling even when the initial blend is uniform.
Typical problems
What brings clients to us.
- →Loss of blend uniformity
- →Fine/coarse separation
- →Composition variation through discharge
- →Segregation in vertical transfer
- →Stratification during fluidization
- →Non-uniform batch portions
Our approach
From symptom to evidence.
Dedicated sifting and fluidization tests reproduce gravity-driven and air-driven segregation. Indices and section-wise samples show the severity and location of separation.
Parameters considered
01
Sifting Segregation Index
02
Fluidization Segregation Index
03
Discharge profile
04
Section-wise composition
05
Particle-size influence
06
Aerodynamic response
Engineering outcomes
Decisions grounded in measured behaviour.
01
Quantified separation risk
02
Dominant mechanism identified
03
Evidence for handling changes
04
Improved process uniformity
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