ReactorD

ReactorD (Reactor Design) is a Python package whose proposal is to simulate and design reactors for multiple-reaction systems. The intention is to solve the following reactor types in stationary or not-stationary conditions: Plug flow (PFR) and Stirred tank (STR)

Check our documentation here!

https://reactord.readthedocs.io/en/latest/?badge=latest

Available in version 0.0.1b4

• PFR (Border and initial value problems)
  • Mass Balances
    • MolarFlow
  • Energy Balances
    • Isothermic
    • Adiabatic
    • No isothermic (constant U coefficient and refrigerant temperature)
    • No isothermic (constant U coefficient)
  • Pressure Balances
    • Isobaric
    • Ergun

Motivation

Chemical reaction engineering has as its main objective the study and optimization of reactive processes, usually, with a chemical reactor as the protagonist equipment. To design a chemical reactor, it is necessary to consider several physical and chemical phenomena simultaneously, such as the inlet and outlet molar flow of chemical substances, mass transfer, heat transfer, and reaction kinetics. All these contributions to the system's complexity, commonly lead to coupled non-linear algebraic problems, coupled differential equations, or either both coupled algebraic-differential equations that must be solved by numeric algorithms. ReactorD provides an interphase to configure the necessary information for the simulation of the chemical reactors. Also, ReactorD implements the mathematical representations of mass and energy balances of specific reactors for a numerical resolution.

Requirements

You need Python 3.8+ to run ReactorD.

Instalation

For installing ReactorD you just need to:

pip install reactord

Authors

Brandolín, Salvador Eduardo (salvadorebrandolin@mi.unc.edu.ar) Parodi, Adrián (adrian.parodi@mi.unc.edu.ar) Rovezzi, Juan Pablo (juan.rovezzi@mi.unc.edu.ar) Santos, Maricel Del Valle (maricel.santos@mi.unc.edu.ar) Scilipoti, José Antonio (jscilipoti@mi.unc.edu.ar)