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Multiphase Flow
We use advanced Computational Fluid Dynamics (CFD) to simulate the interaction between gas, liquid, and solid phases in complex engineering systems. Our multiphase flow analyses help optimize industrial processes, improve equipment performance, investigate failures, and support engineering design decisions across demanding operating environments.
What We Analyze
Our multiphase CFD simulations evaluate the interaction between multiple fluid and particle phases to predict flow behavior, mixing, separation, pressure loss, and transportation in industrial systems.
Gas–Liquid Flow
Liquid–Solid Flow
Particle Transport
Mixing & Separation
Pipeline Multiphase Flow
Free Surface Flow
Why
Multiphase CFD?
Multiphase CFD enables engineers to understand interactions between gases, liquids, and solids that are difficult to observe through physical testing alone. These simulations help optimize industrial processes, improve reliability, reduce operational risk, and support more informed engineering decisions.
Applications
- Gas–Liquid Flow Systems
- Particle & Slurry Transport
- Mixing & Chemical Processing
- Pipeline & Process Flow
- Free Surface & Wave Flow
- Failure Investigation
Gas–Liquid Flow Systems
Evaluate the interaction between gases and liquids to predict flow regimes, pressure distribution, phase separation, and system performance under various operating conditions.
Common Applications
- Oil & gas pipelines
- Bubble columns
- Separators
- Chemical reactors
- Two-phase pipelines
- Process equipment
Hydroelastic Systems
Analyze the movement of suspended particles and slurries to improve transport efficiency, reduce wear, and optimize industrial material handling systems.
Common Applications
- Mining slurry transport
- Sediment transport
- Powder conveying
- Abrasive flow analysis
- Particle deposition
- Material processing
Mixing & Chemical Processing
Simulate mixing behavior and phase interaction within reactors and process equipment to improve product quality, reaction efficiency, and operational consistency.
Common Applications
- Chemical reactors
- Industrial mixers
- Fermentation systems
- Process vessels
- Static mixers
- Batch processing
Pipeline & Process Flow
Evaluate multiphase flow behavior within pipelines and process systems to predict pressure losses, slugging, flow stability, and operational efficiency.
Common Applications
- Oil transportation
- Gas gathering systems
- Multiphase pipelines
- Flow assurance
- Pipeline optimization
- Process engineering
Free Surface & Wave Flow
Analyze fluid interfaces, wave formation, splashing, and free surface behavior to improve hydraulic and marine system performance.
Common Applications
- Tanks
- Spillways
- Marine structures
- Reservoirs
- Hydraulic systems
- Water treatment
Failure Investigation
Use multiphase CFD simulations to investigate flow instabilities, erosion, deposition, cavitation, and process failures caused by complex phase interactions.
Common Applications
- Pipeline failures
- Cavitation analysis
- Erosion investigations
- Separator failures
- Flow instability
- Root cause analysis