SIMUTECH @Chemineers



MATLAB

MATLAB is a programming language used to solve primarily numerical computations and plotting data in most layman terms. The MATLAB application is built around the MATLAB programming language. Typical usage of the MATLAB application involves using the "Command Window" as an interactive mathematical shell or executing text files containing MATLAB code. For Chemical Engineers, the applications are many, ranging from process control, process calculations, numerical manipulation to process simulation and modeling and optimization. MATLAB is a powerful tool to do all these things easily. Chemineers also offer projects in MATLAB that give an intimate vibe to its industrial application.



ASPEN

ASPEN is a process simulation software package widely used in the industry. Given a process design and an appropriate selection of thermodynamic models, it uses mathematical models to predict the performance of the process. In industries, accurate modeling of thermodynamic properties is particularly important and working in ASPEN is a great tool to ponder with. Every year SimuTech offers at least one project based on ASPEN; hence you will definitely get your hands on it. Also, Chemineers conducts Sessions for Chemical Engineering students to learn the use of ASPENTECH software.



COMSOL

The first step in modeling any system is establishing the material balances. In COMSOL, you can enter chemical equations and automatically obtain the material balance equations for the chemical species in the system and the energy balance equations for the system. It's cool, isn't it? Similarly, there are many other operations you can do on it quickly. It is specially designed for chemical engineering, so a chemical engineer should know about it because it is used widely in industries. Besides the classical problems that can be addressed with application modules, the core Multiphysics package can be used to solve PDEs in weak form.



PROJECTS



Chemical Engg. Applications: Process, Modeling & Design

  • Fin Design: Analysis of uni & multi-fin models and their efficiencies
  • Different kinds of absorption column designs and optimization to get the desired separation
  • Industry application using COMSOL software.

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Process Simulation & Modeling in ASPEN Plus

  • General flowsheet simulation concepts, process design and modelling in ASPEN Plus software.
  • Basic understanding of the features of ASPEN Plus like process optimization.

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Computational Thermodynamics & Heat Transfer Devices

  • Learning the basic concepts of Thermodynamics and Heat Transfer Device
  • Computation of various thermodynamic properties
  • Application of heat transfer devices to evaluate its temperature distribution
  • Implementation of Finite Difference Method and Discretization Techniques for PDE Toolbox in MATLAB

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Distillation Column Designs

  • Using Python/MATLAB, optimise a Continuous Distillation Column for a binary mixture
  • McCabe Thiele process to investigate the column, and derive conclusions from the process.
  • Automate the Inspection pipelines to determine the minimal and real number of stages required to accomplish the desired separation, as well as the Minimum Reflux Ratio, utilising Graph-based Visualisations

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