Energy tutorial 1

Brayton Cycle🔗

This is a step-by-step tutorial to learn how to build transient models of complex thermodynamic systems in Modelon Impact. We will model a closed Brayton cycle mainly using components from the Vapor Cycle library but the instructions are generic and can be applied to successfully build any type of thermodynamic system. The tutorial will teach you how to break down the system modeling process into smaller steps to succeed in the overall task.

Flue Gas Filtering Models🔗

This is a step-by-step tutorial to learn how to work with a catalytic bag filter model that treats flue gas emissions from combustion plants in Modelon Impact.

This tutorial is modeled primarily using components from the Thermal Power Library and Modelica Standard Library.
The tutorial goes over component by component modeling and parametrization and explains how the flow of species happen inside the system.
After this tutorial, you will be able to enter the inputs in the model based on the data you have and generate results.
The focus of this tutorial will be to familiarize yourself with the relevant components and how they function.
The tutorial will not show how the components themselves are modeled. This requires a different level of understanding of physics. If interested, go to the code layer for those components.

SRC Tutorial🔗

Objective Step-by-step tutorial to learn how to work with a Selective Catalytic Reduction model that treats NOX emissions from flue gas in combustion plants with the help of a catalyst using Modelon Impact. The tutorial uses existing components from the Modelon Thermal Power Library and Modelica Standard Library. The tutorial goes over modeling and parametrization, component by component and explains how the flow of species happens inside the system.