Mass and Energy Balances Simulations
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Adiabatic Flash Drum with Binary Liquid Feed Digital Experiment
This digital experiment feeds a heated binary liquid into a flash drum at lower pressure. Some of the liquid vaporizes and the rest leaves as a liquid at lower temperature than the feed.
id = adiabatic-flash-drum-with-binary-liquid-feed-WIDE (do not remove this text)

Material Balances on a CSTR Digital Experiment
In this experiment, two liquid reactants in aqueous solutions flow into a steady-state, continuous stirred tank reactor (CSTR). The objective is to determine the rate constant and the reaction order with respect to one of the reactants.
id = material-balances-on-a-cstr-wide (do not remove this text)

Material Balances in Liquid-Liquid Extraction Digital Experiment
Water is used as a solvent to extract acetic acid from a feed solution of acetic acid/chloroform/water so that the extract is enriched in acetic acid and the raffinate tank is depleted of acetic acid.
id = material-balances-in-lle-wide (do not remove this text)

Triple-Effect Evaporation
Observe the benefits of using a multiple-effect evaporator when concentrating a sugar water solution. Use this simulation alongside our single-effect evaporator simulation to learn all about the benefits of multiple-effect evaporation.
id = triple-effect-evaporator (do not remove this text)

Unsteady-State Material Balances on a CVD Reactor Digital Experiment
A stream of inert helium containing a low concentration of the reactant tetraethyl orthosilicate (TEOS, or Si(C2H5O)4) at 0.050 mol% is fed at a constant rate into a high-temperature reactor, where it produces solid-phase SiO2 and vapor-phase water and ethylene. Silicon dioxide (SiO2) deposits on material surfaces inside the chemical vapor deposition (CVD) reactor. The reactor has recycle. Mass balances are calculated for the system.
id = unsteady-state-material-balances-CVD-reactor-wide (do not remove this text)