Calculation Menu-RSDE

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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