Engineering services for multiphase flow: separator and cyclone development, CFD simulation, flow measurement technology and spray analysis
SUVIS Ingenieurgesellschaft für Mehrphasenströmung mbH
New on Amplifa
About SUVIS
SUVIS Ingenieurgesellschaft für Mehrphasenströmung mbH is an engineering office focused on multiphase flows, separator and cyclone development, flow measurement technology and computational fluid dynamics (3D CFD). The company supports customers in the development, optimization and design of separators, in particular cyclones for particle and dust separation, employing modern measurement techniques — including non-contact laser-optical measurement methods for velocity, pressure, temperature as well as particle and droplet sizes. Another special field is spray technology and spray analysis. In its own technical laboratory, individual solutions for complex problems are developed; high-performance computers enable the simulation of demanding fluid dynamics scenarios. In addition, SUVIS manufactures hand-made flat pressure probes for static pressure measurements on surfaces, which are used mainly in automotive aerodynamics. Target industries, besides automotive aerodynamics, are environmental technology and process-engineering particle and dust separation.
- Processes
- Separator development, design and application (separators & cyclones), Cyclone development and optimization (particle and dust separators), Computational fluid dynamics (3D CFD simulation), Flow measurement technology (velocity, pressure, temperature, particle and droplet sizes,, Spray technology and spray analysis, Consulting on fluid dynamics problems and multiphase flows, Manufacture of hand-made flat pressure probes for static pressure measurements (e.g., Separator and cyclone development, design and optimization
- Materials
- 3D CFD flow simulation, Laser-optical measurement technology, Spray technology & spray analysis, Flat pressure probes (hand-made)
- Industries
- Automotive aerodynamics, Environmental technology, Process engineering/particle and dust separation
- 01
Consulting and problem definition
- 02
3D CFD flow simulation
- 03
Measurement-based analysis (including laser-optical)
- 04
Development in the technical laboratory
- 05
Separator/cyclone design and optimization
Processes & Methods
3D CFD flow simulation
Simulation of complex fluid dynamics scenarios on high-performance computers for analysis and optimization.
Laser-optical measurement technology
Non-contact measurement of velocity, pressure, temperature, particle and droplet sizes without disturbing the measurement process.
Spray technology & spray analysis
Analysis of sprays and droplet size distributions for process-engineering applications.
Flat pressure probes (hand-made)
Static pressure measurements on surfaces without drilling, especially in automotive aerodynamics.
Products & Measurement Systems
Inside the production
Industries
Processes & technical limits
| Processes | Tolerance | Max. part | Weight | Lot size | Materials |
|---|---|---|---|---|---|
| Separator development, design and application (separators & cyclones)Engineering | – | – | – | – | – |
| Cyclone development and optimization (particle and dust separators)Engineering | – | – | – | – | – |
| Computational fluid dynamics (3D CFD simulation)Engineering | – | – | – | – | – |
| Flow measurement technology (velocity, pressure, temperature, particle and droplet sizes,Testing | – | – | – | – | – |
| Spray technology and spray analysisEngineering | – | – | – | – | – |
| Consulting on fluid dynamics problems and multiphase flowsEngineering | – | – | – | – | – |
| Manufacture of hand-made flat pressure probes for static pressure measurements (e.g.Assembly | – | – | – | – | – |
Additional services
History
For over 20 years, development of processes for optimizing fluid dynamics problems (self-reported)