Tutorials

This document gives a general overview of ProSimPlus features.

This analysis can be conducted using the « Pinch analysis » module in ProSimPlus or using the « Simulis Pinch » Excel Add-in (provided with ProSimPlus).

The main objective of this document is to introduce the use of ProSimPlus Console “PSPC.exe” with Microsoft Excel®.

PSPC is the command line version of ProSimPlus running without graphical user interface (GUI).

This document gives an example of use of HTRI (Heat Transfer Research, Inc.) shell and tubes heat-exchangers (Xist) within ProSimPlus®.

This document gives an example of use of HTRI (Heat Transfer Research, Inc.) air cooler heat-exchanger (Xace) within ProSimPlus®.

This document permitts to define a parameter as an adjusted variable in ProSimPlus software.

Artificial Intelligence (AI) and process simulation can work together to provide significant advances in the field of process engineering.

By exploiting advanced Machine Learning techniques, AI can analyze existing simulation models, extract key information and create faster predictive models.

These AI-powered models, also known as Surrogate Models, can significantly reduce computing times by optimizing complex process engineering operations.

This document outlines the steps involved in creating a Surrogate Model in ProSimPlus.

This document presents the main features of Simulis Reactions. This tool is associated to a thermodynamic calculator and enables to specify chemical reactions.

This document describes a method to model bioreactions using the advanced mode of Simulis Reactions.