Mixing Tanks & Reactors: R&D, Scaling Up, Production, Designing, Troubleshooting & Improvement
VisiMix Mixing Software
VisiMix is a tool that provides the accurate answer, saves you time, money and resources
VisiMix is a tool that provides the accurate answer,
saves you time, money and resources
Fill in your details and we'll send you the software for a free trial. The trial version includes all functions of the VisiMix Turbulent: mathematical modeling of mixing, mixing-dependent processes in low viscosity liquids, multiphase media, calculation of all mixing and process parameters, but only for two types of impellers – propeller and disk turbine, in a limited range of equipment dimensions.
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CLIENTS ALL AROUND THE WORLD, AMONG THEM:
INNOVATIVE SOFTWARE DEVELOPED BY EXPERTS IN INDUSTRIAL MIXING
Chemical Mixing Simulation
Process technology transfer is an important activity in the chemical industry.
Chemical process that occurs in a stirred reactor is highly dependent on hydrodynamics during mixing.
Chemical Mixing Simulation consists, fundamentally, of the estimation of the main mixing parameters that influence the process and determine its result even in yield, operation, and quality of the product.
Knowledge of these parameters and their interaction with the process allows better understanding of the process.
Frequently it is required to make adapt the equipment or operation to improve the performance of the process.
Using VisiMix for Chemical process simulation, the professional personal in the team is also able, with a high degree of confidence, to evaluate the transfer of the process to another stirred reactor as well as to scale up / down it.
In addition using VisiMix for simulation of these processes leads to saving time and money during the development of a project.
The ultimate guide to chemical process scale-up challenges and simulation solutions
Bridging the Laboratory-to-Production Gap: Overcoming Chemical Process Scale-Up Challenges with Advanced Simulation Transitioning a chemical process from the controlled environment of a laboratory bench to full industrial production is one of the most demanding hurdles in chemical engineering. The ultimate
Optimizing Bioreactor Aeration
Optimizing Bioreactor Aeration: A Comprehensive Guide to Mass Transfer Efficiency and Equipment Selection In bioprocess engineering, oxygen is arguably the most critical nutrient required to sustain and multiply microorganisms within a growth medium. Because maintaining proper oxygen distribution dictates the
Optimizing Batch Reactors in Pharmaceutical Manufacturing Using Simulation
In the pharmaceutical industry, moving from laboratory-scale organic synthesis to full-scale production involves much more than just managing chemical parameters. While chemists carefully handle concentration, temperature, and pH at the lab stage, scaling up introduces new critical challenges—primarily related to
Homogenizer Mixing Simulation: Best Practices
The fundamentals of a rotor-stator homogenizer are well established. To generate a high shear rate, the impeller velocity must be increased to create a zone of maximum turbulent shear. A rotor-stator system achieves this by utilizing a fast-moving internal part
The Evolution and Importance of Industrial Mixing
The Evolution and Importance of Industrial Mixing Often referred to as “The Forgotten Unit Operation,” mixing is fundamental to the success of the chemical and allied processing industries. As outlined by Victor A. Atiemo-Obeng at the 2014 VisiMix Conference, mixing
Solid–Liquid Mixing
what is solid liquid mixture? A solid–liquid mixture consists of solid and liquid matter, suchas a mixture of sand and water or a mixture of salt and water. Mixing in solid–liquid systems is used for dispersing agglomerates, keeping the solid
VisiMix software is based on a system of original physical models that combine general scientific knowledge with experimentally obtained know-how related to mixing.
Owing to that, VisiMix is a software that allows mathematical modeling and calculations for all types of impellers and the most homogenizing devices.
The ultimate guide to chemical process scale-up challenges and simulation solutions
Bridging the Laboratory-to-Production Gap: Overcoming Chemical Process Scale-Up Challenges with Advanced Simulation Transitioning a chemical process from the controlled environment of a laboratory bench to full industrial production is one of the most demanding hurdles in chemical engineering. The ultimate
Optimizing Bioreactor Aeration
Optimizing Bioreactor Aeration: A Comprehensive Guide to Mass Transfer Efficiency and Equipment Selection In bioprocess engineering, oxygen is arguably the most critical nutrient required to sustain and multiply microorganisms within a growth medium. Because maintaining proper oxygen distribution dictates the
Optimizing Batch Reactors in Pharmaceutical Manufacturing Using Simulation
In the pharmaceutical industry, moving from laboratory-scale organic synthesis to full-scale production involves much more than just managing chemical parameters. While chemists carefully handle concentration, temperature, and pH at the lab stage, scaling up introduces new critical challenges—primarily related to
Homogenizer Mixing Simulation: Best Practices
The fundamentals of a rotor-stator homogenizer are well established. To generate a high shear rate, the impeller velocity must be increased to create a zone of maximum turbulent shear. A rotor-stator system achieves this by utilizing a fast-moving internal part
The Evolution and Importance of Industrial Mixing
The Evolution and Importance of Industrial Mixing Often referred to as “The Forgotten Unit Operation,” mixing is fundamental to the success of the chemical and allied processing industries. As outlined by Victor A. Atiemo-Obeng at the 2014 VisiMix Conference, mixing
Mixing Parameters for Successful Scale-Up: Key Lessons for Engineers
The process that is required to transfer our project from lab to the production scale is controlled by the interaction between the materials that we have in our tank. This interaction between the materials is controlled by the environment we