MixIT - Stirred Tank Mixing Analysis Software

• Design stirred tanks
• Identify optimal operating conditions
• Scale processes from lab to plant
• Transfer technology across plants
• Optimize recipes and processes
• Debug mixing problems during scale up or plant operation
• Predict mixing profiles in stirred tanks using CFD analysis
• Increase in overall mixing efficiency

Chemists and Chemical Engineers involved in R&D, Process Development, Technology Transfer and Manufacturing in the following industries:

• Chemicals & Petrochemicals,
• Pharmaceuticals,
• Water Treatment,
• Biotechnology,
• Oil and Gas and agitators OEMs

• Intuitive GUI
• Extensive Impeller Library
• Select or change the number, location & dimensions of the baffles
• Industry standard bottom Shapes
• Correlation based Analysis & Performance comparison
• Flexibility of Unit system
• Fully automated CFD analysis
• Powerful Reports and Visualization tool

Database

• Quickly create a database of various reactors available in the organization.
• Database can be used to store geometry details, operating conditions, plant measurements, experimental & CFD data.
• Database can be sorted according to location of the reactor and scale.
• Add, delete, import, export single or multiple reactors from the database.
• Database can be shared across users.

Reactor Analysis

• Design a reactor to achieve a desired mixing performance.
• Quickly select multiple reactors from database & compare their performance.
• Calculate mixing parameters such power, blend time, mass & heat transfer characteristics, gas hold-up etc.
• Compare the performance of multiple reactors across scales & arrive at operating conditions that meet scale up criteria
• Optimize reactor design & operating conditions to increase the process performance.

Computational fluid Dynamics

• Perform steady state single phase CFD simulation to understand the flow pattern, velocity profile etc.
• Geometry creation & meshing, iterative simulation, post processing are fully automated.
• Perform rigorous CFD simulation using one of three impeller models: 2D fixed velocity data, 3D fixed velocity data & MRF.
• Process can be further extended to perform heat transfer analysis.