Vortex Snub Radial Eductor

The Alfa Laval Vortex Snub Radial Eductor is a high performance tank mixing eductor specially designed for corrosive liquids. It has been optimized for challenging tank mixing jobs, for example when using irregular shaped tanks, and can handle various fluid shearing requirements.

Alfa Laval Vortex Snub Radial Eductor tank mixing eductor product image

Cost-effective solution for in-tank fluid shearing

  • Simple, robust design – no moving parts
  • No maintenance
  • Compact design
  • Dynamically shears fluid and enhances reactions
The Alfa Laval Vortex Snub Radial Eductor consists of a uniquely designed 304 stainless steel body with proprietary Lobestar Mixing Nozzle® insert and female NPT connection. Typical installations require one or more mounted on the recirculation piping inside the tank.
.

How it works

Fluid is pumped into the Alfa Laval Vortex Snub Radial Eductor inlet where pressure builds at its nozzle. The fluid velocity increases at the nozzle resulting in a pressure drop and strong vacuum that pulls surrounding fluid into the eductor body through its four peripheral suction ports.

The converging fluid streams are dynamically sheared by the nozzle and discharged into the tank as a high-energy plume.

Snub 640x360

Learn more

You can read more about the efficiency, practicality and technical details of the Alfa Laval Vortex Snub Radial Eductor by downloading the product leaflet.

Two men with blue Alfa Laval jackets and helmets at a production site
.

Ask the expert

If you are looking to improve fluid shearing of corrosive fluids in a simple yet effective way, or have any questions about the Alfa Laval Vortex Snub Radial Eductor, contact us to discuss the various options.

Two men with helmets and Alfa Laval jackets

CAD portal

Download the product models in Neutral or Native CAD file formats. It is also possible to download 3D PDF files.

 View CAD portal 

.

near Newsletter

To keep you updated on important sustainability issues and opportunities in your industry and processes.

Learn more

Technical articles