Positionnement dans le cursus
Semestre 5
TC
TC
TC
LV
TC
TC
TC
 
 
P - Intro
Stage
Intersemestre
Semestre 6
TC
TC
TB 1
LV
O 1
 
TC
TC
TB 2
 
O 2
 
P - Citoyen
Semestre 7
M 1
M 1
TB 3
TC
LV
M 1
M 1
TB 3
TC
O 4
O 3
 
P - Tech
Intersemestre
Semestre 9
M 2
M 2
D
LV 2/3
O 6
M 2
M 2
D
 
0 3
 
P - industriel
Intersemestre

Course unit

Reactivity of heterogeneous systems and modelling of reactor sizing

Last updated: 22/02/2024

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Course Director(s):

FAVERGEON Loïc

General Description:

This unit consists of a toolbox for modelling the transformation of massive or powder form solids with a multi-scale approach, from the grain (µm) with germination and growth phenomena, through to the dimensioning of a reactor.


Key words:

Point defects Heterogeneous kinetics Modelling transformation of solids

Number of teaching hours

33

Fields of study

Materials Science Chemistry, Process Engineering

Teaching language

French English

Intended learning outcomes

On completion of the unit, the student will be capable of: Classification level Priority
Modelling the transformation of a solid (kinetic approach) 3. Apply Essential

Learning assessment methods

Percentage ratio of individual assessment Percentage ratio of group assessment
Written exam: 100 % Project submission: 0 %
Individual oral exam: 0 % Group presentation: 0 %
Individual presentation: 0 % Group practical exercise: 0 %
Individual practical exercise: 0 % Group report: 0 %
Individual report: 0 %
Other(s): 0 %

Programme and content

Type of teaching activity Content, sequencing and organisation
Course Defects in solids (6h) Heterogeneous kinetics : mechanisms and modelling (15h)
Supervised studies Defects in solids (3h) Heterogeneous kinetics : mechanisms and modelling (3h)
Conference Industrial conference on a process (3h)
Practical courses CIN3 software, simulation of chemical transformations (3h)