Multi Interactive Back-Mixing (MInt B-M)

  • Uniform mixing throughout the whole reactor volume and mixing intensity according to product quality requirements
  • Mixing by interaction of a set of ordered sub-streams resulting in a master flow configuration covering the whole reactor volume
  • Mixing energy consuming swirling especially by small turbulence eddies is avoided, hence the good end product (precipitate or crystals) quality is ensured
  • Low mixing power
  • High reactor product capacity
  • Improved options to master critical crystal and precipitate grain size including morphology aspects


  • Multipurpose
  • Uniform mixing
  • Low energy consumption
  • Improved control of mixing product quality


Precipitation, neutralization, treating large slurry flows