Industrial Chemistry 1 (B-ODISEE-JPW0LJ)

This is a translated version. Original version in Dutch.
4 ECTSDutch36 First termFirst term
Adriaenssens Benjamin (coordinator) |  Adriaenssens Benjamin |  Demeyere Patrick |  N.
Kernteam Chemie Gent

Aims

A. General competences      
PB - 01. Intellectual and cognitive capacities 
   
B. Profession-oriented/ General scientific competences      
PB - 09. Capacity for problem solving : competency for independent determination of problems, analysis of complex problems in professional practice and development of useful solutions 
PB - 10. Responsibility to society and professional field 
   
C. Profession-specific competences      
  
C1.1 Having sufficient basic scientific knowlegde
C1.2 Having sufficient basic technical knowledge
C1.6 Being able to use the professionel terminology
C 7   As a member of the society being receptive to the ethical, social and normative isues being aware of its implications in the professional situation

 

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see OPO level

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Go to the OPO level
Explanation to the profession-specific competences:
-to be able to give a description of the operation, principles, advantages and disadvantages of apparatus use in chemical proces industry
- to be abel to select the correct apparatus for each unit operation
- to be able to recognize industrial apparatus when visiting the chemical industry
-for a given descriped production process te be able to:
     - give the simplified process flow diagram and flow scheme
     - predict the correct apparatus fo each unit operation 
     - give a simple drawing of each apparatus
 

Previous knowledge

Required competences      
Industrial inorganic chemistry
-The student can write chemical formulae
-He has a three-dimensionally imagination
-He knows the basic concepts of electro-chemistry
 
Industrial apparatus
-The student has a basic knowledge of mechanics

Is included in these courses of study

Activities

2 ects. Industrial apparatus (B-ODISEE-JLWXQA)

2 ECTSDutchFormat: Lecture18 First termFirst term
Adriaenssens Benjamin |  Demeyere Patrick |  N.
Kernteam Chemie Gent

Content

Industrial chemistry
-Industrial production and the features of:
-acids: H2SO4, HNO3, HCl and H3PO4
-bases: NaOH, NH3 and Na2CO3
-salts: NaCl and Na2SO4
-Cl2-gas
- Production of electrothermal substances SiC, CaC2and CaCN2
- Survey of the N-P-K-fertilisers industry
- Galvanisation techniques
- Production of glass and processing
- Metallurgy: iron and steel, aluminium, silicium, corrosion

 
Industrial apparatus

Appliances of the following 'operation units': stocking - transporting - reducing of materials - separating of mixtures solid-solid- separating of mixtures solid-gas- separating of mixtures solid-liquid- mixing - drying - evaporating - crystallising - adsorbing - absorbing - extracting - distilling - transfer of heat - reacting
 
  

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Go to the OPO level

Course material

Obligatory educational tools      

Course: 'Industriële apparatuur ' H. Van Biervliet
 
  

Format: more information

 
Lectures including exercises: 18 h. = 1,5 h. during 12 weeks
 
 

2 ects. Raw materials and energy (B-ODISEE-JLWXQ9)

2 ECTSDutchFormat: Lecture18 First termFirst term
Adriaenssens Benjamin |  Demeyere Patrick |  N.
Kernteam Chemie Gent

Content

Industrial chemistry
-Industrial production and the features of:
-acids: H2SO4, HNO3, HCl and H3PO4
-bases: NaOH, NH3 and Na2CO3
-salts: NaCl and Na2SO4
-Cl2-gas
- Production of electrothermal substances SiC, CaC2and CaCN2
- Survey of the N-P-K-fertilisers industry
- Galvanisation techniques
- Production of glass and processing
- Metallurgy: iron and steel, aluminium, silicium, corrosion

 
Industrial apparatus

Appliances of the following 'operation units': stocking - transporting - reducing of materials - separating of mixtures solid-solid- separating of mixtures solid-gas- separating of mixtures solid-liquid- mixing - drying - evaporating - crystallising - adsorbing - absorbing - extracting - distilling - transfer of heat - reacting
 
  

*

-Industrial production and the features of:
-acids: H2SO4, HNO3, HCl and H3PO4
-bases: NaOH, NH3 and Na2CO3
-salts: NaCl and Na2SO4
-Cl2-gas
- Production of electrothermal substances SiC, CaC2and CaCN2
- Survey of the N-P-K-fertilisers industry
- Galvanisation techniques
- Production of glass and processing
- Metallurgy: iron and steel, aluminium, silicium, corrosion

 

Course material

Course:"Industriële minerale chemie" M. Lippens

Format: more information

lectures: 18 = 1,5 h. during 12 weeks

Evaluation

Industrial chemistry 1 (B-ODISEE-JVW0LJ)

Type : Exam during the examination period
Description of evaluation : Written
Type of questions : Multiple choice, Closed questions, Open questions
Learning material : Calculator

Explanation

AssessmentGrading scale
TOTAL1-20/20 scale
JLWXQ9 - Raw materials and energy1-20/20 scale
JLWXQA - Industrial apparatus1-20/20 scale

Description      
Industrial inorganic chemistry: (50%) 
first attempt:  written exam ((PB 01-C1.1-1.6-7)
second attempt: written exam (PB 01-C1.1-1.6-7)
 Apparatus (50%)
first attempt; written final exam (january) (PB 01-C1.1-1.2-1.6)
second attempt: written exam (september) (PB 01-C1.1-1.2-1.6)
 
 

Information about retaking exams

This course unit allows partial mark transfers in case of partial pass mark:

  • JLWXQ9 - Raw materials and energy (during and beyond academic year)
  • JLWXQA - Industrial apparatus (during and beyond academic year)