Stirred Tank Reactor Simulation Tool

About This Tool

This Stirred Tank Reactor Simulation Tool helps chemical engineers simulate and optimize stirred tank reactors. You can input reactor parameters, configure simulation settings, and analyze results to improve your reactor design and operation.

Constant Parameters

Reactor Properties

Reactor Volume

Density

kg/m³

Heat Capacity

J/(kg·K)

Heat Transfer

Heat Transfer Coefficient

W/(m²·K)

Heat Transfer Area

m²

Reaction Kinetics

Heat of Reaction 1

J/mol

Heat of Reaction 2

J/mol

Arrhenius A1

L/(mol·h)

Arrhenius E1

J/mol

Arrhenius A2

L/(mol·h)

Arrhenius E2

J/mol

Initial Conditions

Species Concentrations

Initial Concentration A

mol/L

Initial Concentration B

mol/L

Initial Concentration C

mol/L

Initial Concentration D

mol/L

Reactor Temperature

Initial Temperature

Time-Dependent Inputs

Jacket Temperature Profile

Reactor System

A + B → C (Reaction 1)

A + C → D (Reaction 2)

Batch Reactor with Energy Balance

Temperature-dependent Arrhenius kinetics

Simulation Control

Configure your parameters and initial conditions above, then run the simulation to see results.

Simulation End Time (t_end)

hours