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Static Mixing Technology

Reliable, energy-efficient fluid mixing using precision-engineered fixed elements with no moving parts.

Overview

What is Static Mixing Technology?

Static mixers are inline mixing devices that use a series of fixed, geometrically optimized internal elements to divide, redirect, and recombine fluid streams as they flow through a pipe or channel. Unlike dynamic mixers, they contain no moving parts, resulting in extremely low maintenance requirements and high reliability.

As fluid passes through the helical or structured elements, it undergoes repeated splitting and recombination, producing thorough and consistent mixing. The degree of mixing is determined by the number of elements, their geometry, and the flow characteristics of the fluids being processed.

Spans Envirotech provides custom-designed static mixer solutions for a wide range of applications, from chemical dosing in water treatment to blending viscous polymers in industrial processes. Our designs are optimized for each application to deliver the required mixing quality with minimal pressure drop.

Process

How Static Mixing Works

1

Fluid Entry

Two or more fluid streams enter the static mixer housing, where they encounter the first mixing element.

2

Flow Division

Fixed geometric elements split the flow into multiple layers, creating interfacial area between the fluids to be mixed.

3

Recombination

The divided streams are redirected and recombined in a controlled pattern, progressively achieving homogeneity along the mixer length.

4

Homogeneous Output

After passing through the complete element array, a uniformly mixed product exits the mixer ready for the next process step.

Benefits

Key Advantages

  • No moving parts — extremely low maintenance and high reliability
  • Consistent, repeatable mixing quality with every batch
  • Compact inline design saves valuable floor space
  • Energy-efficient operation — no motors or external power required
  • Wide range of materials for corrosive and high-temperature applications
  • No seals or bearings to replace — reduced downtime
  • Easily scalable from laboratory to full production capacity
  • Short residence times minimize degradation of sensitive materials

Applications

Industries & Use Cases

Water & Wastewater TreatmentChemical ProcessingFood & Beverage ManufacturingPolymer BlendingPetrochemical IndustryPulp & Paper IndustryGas Dispersion & pH AdjustmentHeat Exchange Enhancement

Discuss This Solution with Our Engineers

Let our team help you evaluate if static mixing technology is the right fit for your project.