Computational Fluid Dynamics tool- CFD
CFD (Computational Fluid Dynamics) is a tool developed by Aseptconn designed to predict parameters for various physical and chemical processes. This tool aids in the design of systems by eliminating the need to build expensive prototypes and conduct complex process experiments. By utilizing CFD, Aseptconn experts can predict temperatures, pressures, flow velocities, concentrations, shear stress, and other critical parameters at all points within a system. The insights gained from CFD can accelerate process development, reduce costs, and enhance the reliability of systems.
- Specifications
- Advantages
- Industries
- Applications
- Contact
Specifications
- Product Code: Computational Fluid Dynamics tool CFD
- Developed by: Aseptconn
- Key Parameters Predicted: Temperatures, Pressures, Flow Velocities, Concentrations, Shear Stress
Advantages
- Cost Reduction: Eliminates the need for expensive prototypes and complex experiments.
- Process Optimization: Provides a deeper understanding of processes, leading to faster development and more reliable systems.
- Versatility: Offers various options for different types of mixing and process scenarios.
Industries
- Leaching Acid
- Chemical and Liquor
- Caustic and Chlor-Alkali
- Bleach Chemicals
- Auxiliary
- Acid Transfer
- OEM
- Water Treatment
- Water Supply and Distribution
- Wastewater Collection and Treatment
- Polymers
- Plating, Galvanizing and Other Coatings
- Pharmaceuticals
- Automotive and Aircraft
Applications
- Mixing Basics Package: Power analysis, Flow Patterns analysis, Turbulence analysis
- Vortex-Air Mixing Option: Flow Patterns, Vortex Shape, Air Influence
- Powder Suspension Mixing Option: Flow Patterns, Suspension Homogeneity, Mixing Time
- Solid Dissolution Option: Flow Patterns, Solid Distribution in the Fluid
- Mixing Two Liquids Option: Flow Patterns, Mixing Homogeneity, Mixing Time
- Heating-Cooling Mixing Option: Temperature Patterns, Heat Transfer, Heating/Cooling Time
- Bioreactor, Fermenter Mixing Option: Flow Patterns, Gas Holdup, Oxygen Mass Transfer Coefficient, Interfacial Area Concentration, Coulometric Oxygen Mass Transfer Coefficient
Do you have questions or comments about receiving a quote, our products, solutions and services, and support? Contact us by filling out the form.
- Shauna O’Connor (internal) - Tel: 021-4617237
- Email: shauna.oconnor@flexachem.com
- Brendan Merrigan (External) – Mob: 087 2598124
-
PumpsNETZSCH
Progressive Cavity Pump
-
PumpsFlowserve
SIHI SuperNova Pump ZDN – Hot Water
-
PumpsNETZSCH
Multi Screw Pump
-
PumpsFlowserve
Mark 3 Recessed Impeller Pump
-
Mixing TechnologyChemineer
Chemineer HS Turbine Agitators
-
Mixing TechnologyGreerco
Greerco Pipeline Mixers
-
PumpsFlowserve
PolyChem S-Series ANSI Overhung, Non-Metallic Pump
-
PumpsFlowserve
Durco Mark 3 Pump – ANSI/ASME standard
Need help with finding the right technical solution?