From continuous stirred-tank reactors to multi-stage distillation — simulate your chemical processes with full mass and energy balances. Understand conversion, selectivity, and thermal loads at every unit.
Try it Free →Chemical processes involve complex interactions between reaction kinetics, thermodynamics, and transport phenomena.
Maximizing conversion while minimizing by-products requires careful tuning of temperature, pressure, residence time, and feed ratios across multiple units.
Exothermic reactors, reboilers, condensers — balancing heat across the plant is key to operational efficiency and cost control.
Multi-component mixtures often require multi-stage separation trains. Predicting product purity and recovery rates across columns is non-trivial.
Build your chemical process flowsheet and analyze the full picture.
Define reactant compositions, flow rates, temperatures, and pressures. Use the built-in compound database or define custom species with their thermodynamic properties.
Choose from CSTR, PFR, or batch reactor models. Define reaction stoichiometry, kinetic parameters, and thermal conditions. Simulate both isothermal and adiabatic operation.
Add distillation columns, flash drums, liquid-liquid extractors, or membrane units. Configure stage counts, reflux ratios, and operating conditions to achieve target purities.
Execute steady-state or dynamic simulations. Inspect conversion rates, selectivity, heat duties, and stream compositions at every node. Use process analysis to find the optimal operating point.
Start with the free tier — no credit card, no installation.
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