Calculation Menu-RSDE

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VisiMix output parameters are presented in Calculation Menu. These menus provide objective information on all mixing-dependent parameters that are relevant for successful process results.

Power and Flow

Power
Flow Capacity
Torque Moment – total
Torque Moment of Rotors


Shear Characteristics of RSD Channel

Shear rates
Shear stresses
Specific Power
Effective Viscosity
Surface Velocity Rotors
Width of Channels


Characteristics for Each Channel

Channel 1
Channel 2
Channel 3
Channel 4
Channel 5


Batch Homogenization

Homogenization of media with RSD. Batch

Time required for homogenization. B
Non- homogenized fraction of media-final value. B
Dynamics of homogenization. B
Untreated Fraction of Media. B


Residense time of media in high shear zone. Batch

Mean residense time of media in high shear zone. B
Residense time in high shear zone – probability density function. B
Residense time in high shear zone -cumulative distribution function. B


Passage of media through high shear zone. Batch

Average number of passages through high shear zone. B
Number of passages of media through high shear zone -probability density function. B
Number of passages of media through high shear zone -cumulative distribution function. B


Continuous Flow Homogenization

Homogenization of media with RSD. CF

Mean residense time of media in mixing tank. CF
Non- homogenized fraction of media in tank. CF
Untreated Fraction of Media in tank. CF


Residense time of media in high shear zone. CF

Residense time distribution of media in tank -cumulative distribution function. CF
Mean residense time of media in high shear zone.CF
Residense time in high shear zone – probability density function. CF
Residense time in high shear zone -cumulative distribution function. CF


Passage of media through high shear zone. CF

Average number of passages through high shear zone. CF
Number of passages of media through high shear zone -probability density function. CF
Number of passages of media through high shear zone -cumulative distribution function. CF


Batch Emulsifying

Mean drop size. B
Distribution of drops by diameters. B
Drop diameter – cumulative distribution function. B
Dynamics of emulsifying. B
Effective energy dissipation
NON- EMULSIFIED FRACTION OF DISPERSE PHASE. B


Continuous Flow Emulsifying

Mean drop size. CF
Distribution of drops by diameters. CF
Drop diameter – cumulative distribution function. CF
Effective energy dissipation
NON- EMULSIFIED FRACTION OF DISPERSE PHASE. CF


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VisiMix Video

The Influence of Mixing in the Process
New methodology using VisiMix software for the purpose of checking the influence of mixing in the processes.

VisiMix Demo Operation
Learning how to input data into the VisiMix software and get results the will help us understand the influence of mixing in our processes.

Lab Experiments
Learning how to set up the relevant experiments at the lab scale, to develop the processes from an engineering point of view.

VisiMix
User friendly, universal and reliable Computational Process Engineering software for analysis of processes facilitated by mixing.