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CFD simulation (Computational Fluid Dynamics) in side shakers is an advanced engineering technology used to predict the flow of liquids and ensure the prevention of solid sedimentation in industrial reservoirs.
In processes that use large storage volumes, the formation of dead zones severely compromises the homogeneity of the final product. It is worth mentioning that for large-scale applications, Agimix exclusively supplies the complete agitation system to be installed in the tank that the customer already has, ensuring the perfect integration of the Industrial Lateral/Horizontal Agitator into your existing structure.
Agimix has been in the industrial agitation and mixing solutions market for 15 years, serving the industry in general with high precision projects. Our equipment offers high performance, combined with ease of installation and maintenance, ensuring operational efficiency and reliability in the production process.
By applying the computational fluid dynamics study, our engineering team is able to determine the exact mounting angle, the ideal engine power and the profile of the propellers. This ensures that the particles remain in continuous suspension, optimizing energy consumption and increasing the quality of your plant.
Optimizes directional flow with CFD simulation to ensure total homogeneity of the mixture in the reservoir.
Keeps heavy particles in continuous suspension, preventing harmful accumulation at the bottom of the tank.
The precise virtual dimensioning of the Industrial Lateral/Horizontal Agitator significantly reduces electrical energy consumption.
Computationally validated designs guarantee high performance and operational safety even before the manufacturing stage.
The intelligent design is focused on ease of installation and maintenance, minimizing unscheduled production stops.
These specifications are not fixed for every piece of equipment: they represent possibilities available on some of the listed models. Contact our sales team to confirm the information and the ideal configuration for your operation.
| Type of Analysis | Computational Fluid Dynamics Simulation (CFD) |
| Main Application | Suspension of solids and homogenization in large volumes |
| Integrated Equipment | Side/Horizontal Shaker |
| Manufacturing Material (Agitator) | Stainless steel 304, 316L or special alloys upon request |
| Typical Power Range | 1 to 75 HP (sized via CFD) |
| Operation Rotation | 150 to 400 RPM (according to design) |
| Impeller Type | High performance marine profile (Hydrofoil) |
| Sealing System | Single or double mechanical seal with lubrication |
Direct answers to the most common questions about this equipment and its application.
CFD simulation (Computational Fluid Dynamics) is an advanced computational tool that models the behavior of fluids inside the tank. It allows you to accurately predict the flow pattern generated by the side agitator to optimize industrial mixing.
The CFD study identifies the minimum speed necessary to keep particles in continuous suspension. Based on this data, we adjusted the Lateral/Horizontal Industrial Agitator to avoid any accumulation of material at the bottom of the reservoir.
Dead zones are specific regions of the reservoir where the fluid does not receive sufficient agitation energy, causing product stagnation. Fluid dynamic analysis eliminates these areas by adjusting the tilt angle and exact position of the shaking equipment.
No, Agimix only supplies the side agitation system custom designed to be installed in the large tank that the customer already has. Our own reservoirs are limited to a maximum capacity of 10,000 liters.
Pulp and paper, petrochemical, mining and effluent treatment industries widely use computational fluid dynamic simulation. These sectors deal with large volumes of liquids and require efficient and constant homogenization.
Yes, virtual sizing avoids oversizing the electric motor, ensuring maximum energy efficiency. The equipment operates with the exact power necessary to promote adequate industrial mixing without waste.
Installation takes place on the side wall of the customer's tank using standardized flanges and secure sealing systems. The design of the equipment prioritizes ease of installation and maintenance, ensuring total reliability in the process.
The high-performance Hydrofoil profile propellers are the most suitable for generating a strong and continuous directional axial flow. The exact model, blade pitch and diameter are rigorously defined by CFD computational analysis.
Ensure the ideal homogeneity of your process with a side agitation design rigorously validated by CFD simulation.
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