MXR Technology LLC is a leader in Motionless Mixers for turbulent and laminar flow.

Static Mixer (With Side Port)

The standard Type “P” Static Mixer includes a side port for the introduction of an additive or chemicals to be mixed, units have no moving parts, and employ a simple design to provide the ultimate in mixing. Each unit achieves high mixing efficiency through multiple-action mixing. The liquid and additives are mixed through equal division, re-division, and rotational mixing to enhance turbulence and mixing. The “P” Static Mixer solves the problem when mixing of two or more liquids is required. The design flexibility of MXR’s Mixing Technologies will provide superior mixing performance in any liquid, gas, slurry, or particulate mixing. Standard Material of construction is Carbon Steel. Available in pipe sizes from 3/4″ to 48″ diameter. Typical mixing application includes mixing water or chemicals in Water and Wastewater Treatment Plants, Chemical Plants, Oil Refineries, Oil & Gas Plants, Food Processing, Pulp & Paper Mills.

General Applications:

  • Blending Dispersion
  • Liquid-Liquid and Gas-Liquid
  • Heat Transfer
  • Mass Transfer 

A wide variety of process applications take advantage of static mixing technology including:

  • High – Low Viscosity Mixing
  • High Viscosity Mixing
  • Heat Transfer Enhancement
  • Dispersion of Immiscible Liquids
  • Gas-Liquid Contacting
  • Gas Mixing Low Viscosity Liquids Mixing

Industrial Applications
Process industries utilize static mixers in a broad range of applications such as:

  • Homogenize colorant, melt temperature and viscosity prior to mold/die.
  • Mix low viscosity additives into polymer melts
  • Heat and cool polymers 
  • Dispersing immiscible liquids in washing and extraction operations
  • Dissolve gases into liquids such as NH3, SO2, Cl2
  • Heat and Cool viscous materials
  • Mix gases with air in front of catalytic reactors such as in the production of Nitric Acid
  • Mix Reactive materials in short length 
  • Add CO2 to fruit juices, wine, beer, etc.
  • Blend fruit juice concentrates
  • Dilute concentrates/tomato paste 
  • Aerate drinking water
  • Dissolving CO2, O2, Cl2, ozone into water
  • Flocculants dilution and addition to waste water
  • Mix ground and surface waters
  • pH control of waste water with acids/bases 
  • Blend additives into gasoline, fuel oil, lubricating oils
  • Blend crude oil from various storage tanks to provide uniform feed to refinery
  • Contact crude oil and water to optimize desalter performance
  • Contact used lubricating oils with sulfuric acid for waste oil regenerations
  • Mix steam and methane feed to reformer
  • Cosmetics & Detergents
  • Energy Minerals & Ore
  • Processing Natural Gas
  • Processing Pharmaceuticals
  • Pollution Control
  • Potable Water Treatment
  • Power Generation
  • Pulp & Paper Processing
  • Reverse Osmosis
  • Feed Pretreatment
  • Scrub Noxious Gases With Caustic
  • Vegetable Oil Processing