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Perform fully automated 3D steady state, single phase flow analysis of stirred reactors. Calculate performance parameters such as velocity fields, shear rate distribution, flow patterns in the reactor.The CFD models can also perform heat transfers and mixing analysis.
The built-in library includes standard impellers such as pitched blade turbine, rushton turbine, anchor agitators. The library is easily extended to import impellers from specific vendors like Chemineer, Lightnin mixers and others. Users can also create and import their own impellers.
Generates html reports with graphical and numeric data. Various graphical results such as contours and vector plots are generated from the CFD results along with animations to show the mixing profiles in the reactor.
MixIT allows users to specify and do CFD analysis of the reactors with off-centered, angled and multi-shaft agitators. Along with this impeller speed and direction of rotation is specified for particular impeller.
Get preliminary predictions of reactor performance using empirical correlations with respect to various parameters such as power per unit volume, blend time, gas hold-up, mass and heat transfer characteristics, critical impeller speed for solids suspension and many more.
Users can specify both Newtonian and non-Newtonian fluid rheology. Various non-Newtonian models such as Power Law, Cross Power Law, Bird-Carreau, Hersche-Bulkley are available to select from.
"The program is easy to use and provides helpful information designing, modifying, and troubleshooting mixing applications."
Jeremy Patt - Valspar Corporation
MixIT - The Stirred Tank Reactor Mixing Analysis Tool, provides deep insights and prudent solutions to solve scale up and troubleshooting problems. You can instantly get performance parameters, such as mixing intensity, power per unit volume, blend time, critical suspension speed, gas hold-up and mass transfer coefficients using industry accepted correlations. The automated CFD analysis modules helps you visualize the process and mix with confidence.
MixIT provides a platform to analyze your mixing process across various scales and configurations. It helps optimize the mixing process performance for Liquid-Liquid, Gas-Liquid and Solid-Liquid mixing.
MixIT meets all your mixing analysis objectives from reactor selection, comparison and mixing simulation with 3D CFD analysis for both standard and custom designed stirred reactors and impellers.