Guide to designing a Vortex Breaker

Know the Fluid: Identify the fluid’s properties like viscosity, density, and flow rate. This helps determine how the fluid behaves in the pipe.
Find the Vortex Spot: Locate where the vortex might form, usually at tank outlets or pipe bends. Note the pipe’s size and shape.
Pick Materials: Choose materials that resist corrosion, handle the fluid’s temperature and pressure, and are compatible with the fluid (e.g., stainless steel for corrosive liquids).
Size and Shape: Decide the vortex breaker’s size based on pipe diameter and flow rate. Common shapes are cylindrical, triangular, or flat plates.
Select Type: Choose a vortex breaker type:
- Cylindrical: Good for high-flow systems.
- Triangular/Cross: Works for smaller pipes.
- Flat Plate: Simple for low-flow systems.
Draw the Design: Create a clear sketch showing the breaker’s size, shape, and position in the pipe.
Ensure Safety and Maintenance: Design the breaker to be easy to access for repairs or cleaning.
Test with Simulation: Use computational fluid dynamics (CFD) to check if the design works and fix any issues.
Consult Experts:
- Hydraulic Modelers such a Verdantas (Alden & Clemson Engineering Hydraulics) or Northwest Hydraulics.
- Hydraulic Institute Standards to ensure the design is safe and effective.
- Flow Optimizers Engineers (Premier Hydraulic Design & Fabrication Specialists).

The design depends on the fluid, pipe size, and system setup, so tailor it to your specific needs.