EU Processes 2. - 3PUJPRO2

Goal(s)

Objectives (Processes):

Write a mass and energy balance for a system with a chemical reaction.
Design homogeneous chemical reactors (estimate volume, residence time, operating temperature).

Study system dynamics and processes in transient states.
Introduce and use transfer functions to model a dynamic response.
Apply system dynamics for control (PID controller).

Content(s)

Content (Processes):

Formulate a balance: conservation of mass
Analyze a material transformation process: continuous/batch processes
Influence of recycling

Generalities and review of chemical kinetics
Description of ideal reactors: closed batch reactor, continuous perfectly stirred reactor, plug flow reactor
Multiple reactions
Dimensioning and technologies
Influence of temperature and thermal instability
Residence time distribution (RTD)

Study of systems or processes in transient or dynamic regimes
Systemic approach and review of the usefulness and use of transfer functions
Use of the Laplace transform
Fundamentals of control: presentation and dimensioning of a PID controller

Transfer of matter and heat
Mastery of Matlab

Test

2 hours of procedures + 1 hour of safety and security

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Additional Information