20%
Achieved optimized flow distribution throughout the separator
18%
Improved process stability under continuous operation
BACKGROUND
Performance validation of an industrial milk cream separator through CFD and centrifugal flow simulation to optimize separation efficiency and operational performance.
CHALLENGE
- Understanding milk flow behavior inside the separator bowl
- Achieving efficient cream and skim milk separation at high rotor speeds
- Identifying turbulence and recirculation zones
- Optimizing velocity distribution across the disc stack region
- Minimizing pressure losses within the separation chamber
- Validating separator performance before physical prototyping
- Ensuring stable flow conditions under varying throughput rates
APPROACH
- Developed CFD model of the complete separator flow path
- Simulated centrifugal flow behavior inside rotating bowl assembly
- Analyzed velocity distribution across separation zones
- Evaluated pressure contours and pressure drop characteristics
- Studied cream and skim milk flow trajectories
- Investigated turbulence regions affecting separation efficiency
- Performed multiple simulation iterations at different rotor speeds
- Validated flow performance under various operating conditions