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Cinétique, catalyse et combustion 2 (catalyse)

General informations

2014-2015

Ingénieur (niveau M1)

Environnement et industrie

Traitement air, eau, sol, déchets

Majeure

MAJ-EI.UE1.CATA

Cours

0,75

8,75

THEVENET Frédéric
WROBLEWSKI André
Français/French

Pedagogic informations

Training objectives
Define a catalytic reaction
Identifying the parameters that influence the catalytic reaction in a method
Submit a catalytic process suitable for industrial problems

Learning objectives

Learning context

Course materials
Issue with the main figures being used

Prerequisites
General Physics + Chemistry and Kinetics

Course content
A-General Principles of catalysis

Illustration: weight catalysis today
Place of catalysis among the top 20 chemical syntheses.
Highlighting the importance of catalysis in industrial chemistry.
Historical background on highlighting the catalytic phenomenon.
Knowledge to implement to control a catalytic reaction.

A-1-Definition of a Catalyzed reaction

Energy diagram and reaction coordinate
Definition of a catalytic substance
General scenario of Catalyzed reaction

A-2-Description of a catalytic reaction

- Catalytic Efficiency
- Turn over frequency
- Catalytic Cycles
- Energy Approach

A general-2-Properties of the catalysts

selectivity
Lifespan

Transition: heterogeneous catalysis vs. homogeneous catalysis

B-5-Photocatalysis

General Principle
Physicochemical parameters influencing the photocatalytic reaction
Examples of the photocatalytic reactions for the treatment of air
Example photocatalytic reactions for the treatment of water

Personal work

Exams
Label (French) Label (English)
Cinétique, catalyse et combustion 2 (catalyse) Kinetics, catalysis combustion (catalysis)

Exam description
exam

Exam structure
exam / 0.75 ECTS / S1,S2
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