Industrial Scale-Up & Process Intensification
Scaling a cavitation process from laboratory conditions to industrial production requires more than increasing equipment size.
Executive Description
Scaling a cavitation process from laboratory conditions to industrial production requires more than increasing equipment size.
Our scale-up methodology considers hydraulic behavior, cavitation intensity, energy density, pressure recovery, flow distribution, residence time, heat generation, erosion risk, material selection and process control.
We combine experimental data, fluid-dynamic analysis and engineering modelling to develop scalable continuous-flow systems capable of operating under real industrial conditions.
Scope of Services
- Hydraulic behavior and cavitation-intensity modelling
- Energy density and pressure-recovery analysis
- Flow distribution and residence-time verification
- Heat generation and erosion-risk assessment
- Materials selection and process control philosophy
Engineering Methodology
Homogeneous cavitation distribution and stable continuous-flow operation are the two failure points most scale-up attempts underestimate; our methodology treats both as design targets from the first sizing pass, verified against pilot data rather than assumed from lab-scale results.
Deliverables
- Scale-up basis of design
- Fluid-dynamic and thermal analysis
- Materials and erosion-risk report
- Process control philosophy for continuous operation
Applications
Industries Served
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