Komax Static Wafer Mixer

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Static Mixer | Liquid Mixer | Komax Mixer static

When pipeline space is limited for installing a traditional static mixer, the patented Komax Wafer Type Static Mixer solves space and mixing problems. The Wafer mixer can be installed between the two pipe flanges in the main water stream.

Komax Wafer Static Mixer offers advantages over traditional mixers:

  • Designed to clamp between existing pipe flanges
  • Allows up to three injection ports
  • Uses patented vortex generating element technology
  • Clog-resistant counter-flow injection
  • Sizes available from 4″ to 60″ nominal diameter
  • Available in standard materials of construction: Carbon Steel, Stainless Steel, PVC, FRP, and can also be made out of Titanium or specialty alloys as required
  • Low capital cost, no moving parts, maintenance-free, low head loss, and long service life
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KOMAX WAFER MIXER technology employs a unique vortex generating element group1 that helps achieve a desirable mixing quality by creating three-way counter-rotating vortex pairs as compared to typical energy-inefficient two-way mixers in the market. Extensive studies were carried out to determine optimal design parameters of the element such as height and inclination angle, which offers short mixing length with low-pressure loss in various flow conditions.

The additive chemical is introduced in the centerline of the mixer on the upstream side. A discharge cone2 enables the injected chemical to be distributed evenly through the three vortex-inducing passages. The pressure difference between the front and rear side of each element produces reversed flow that carries the chemical back toward the rear side of the mixer where intensive mixing occurs by the resulting vortical structure from the distinctive three-way counter-rotating vortex pairs.

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Fig 2. CFD analysis of 30” wafer mixer installed in Riverside, CA. Proven to achieve a CoV of 0.05 or lower.

Fig 3. Velocity vector profile colored in an additive chemical concentration

In terms of the pressure loss, this unique wafer mixer design reduces the energy loss of the flow through the mixer as more flow remains attached to the mixer walls preventing the flow separation compared to other conventional mixers.

Typical Assembly Schematic

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Fig 4. Wafer mixer sandwiched between two flanges. OD of the wafer mixer is equal to the raised face of the flange. Typical Wafer Mixer plate thickness is 2”.

Typical Wafer Mixer Applications

Use the following three simple steps to solve most turbulent flow mixing problems

  • Waste Water Flocculation
  • Water/ Waste Water pH control
  • Water/ Waste Water Dechlorination
  • Water Chloramination
  • Mixing any other additives into water

Fig 5. 30” Wafer mixer installed between flanges

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