
Tridiagonal's MixIT platform combines lab and plant scale data, industry standard empirical correlations and computational fluid dynamics in one tool for stirred tank reactors. Efficient mixing keeps product consistent, maximises reaction yield and cuts batch processing time, so scale up decisions get made on evidence rather than guesswork.
Multi shaft agitator support and an extensive impeller library let you build a 3D model of round, square, rectangular or horizontal tanks in minutes, not days.
Automated 3D CFD simulations are accessible to chemists, biologists and process engineers, not just dedicated CFD specialists.
Run MixIT on premise or in the public cloud, and switch between them as your project or infrastructure needs change.
MixIT takes you from describing the reactor, through simulation, to a result you can act on and communicate, all inside one connected workflow.
Set up multi shaft agitators, tank geometry, dip tubes, baffles, coils and more, with support for Newtonian and non Newtonian fluids, emulsions, suspensions and gas sparged systems.
Learn more →Generate flow profiles, identify dead zones, predict blend times, and analyse solids and gas bubble distribution and droplet sizing, through automated CFD.
Learn more →Predict power consumption, blend times, mixing intensity and heat transfer, then turn results into animations and visual reports for stakeholders.
Learn more →From reactor setup to a finished visual report, MixIT gives process engineers the evidence they need to scale up with confidence, without over engineering the mixing system to get there.