Overzicht vakken docent: prof. dr. ir. H.J. Heeres

2022/23

• Catalysis for Engineers
• Chemical Catalysis
• Multiphase Reactors
• Single-Phase Reactors
• Sustainability Projects

2021/22

• Bio-based Products
• Catalysis for Engineers
• Chemical Catalysis
• Multiphase Reactors
• Single-Phase Reactors

2020/21

• Bio-based Products
• Catalysis for Engineers
• Chemical Catalysis
• Homogeneous Catalysis
• Multiphase Reactors
• Single-Phase Reactors

2019/20

• Bio-based Products
• Catalysis for Engineers
• Chemical Catalysis
• Homogeneous Catalysis
• Introduction to Process and Product Technology
• Mass Transfer and Reactions in Gas-liquid Reactors
• Multiphase Reactors
• Single-Phase Reactors

2018/19

• Bio-based Products
• Catalysis for Engineers
• Chemical Catalysis
• Homogeneous Catalysis
• Introduction to Process and Product Technology
• Mass Transfer and Reactions in Gas-liquid Reactors
• Multiphase Reactors
• Single-Phase Reactors
• Structures and Molecules

2017/18

• Bio-based Products
• Catalysis for Engineers
• Chemical Catalysis
• Energy from Gas
• Fundamentals of Process and Product Technology
• Homogeneous Catalysis
• Introduction to Process and Product Technology
• Mass Transfer and Reactions in Gas-liquid Reactors
• Multiphase Reactors
• Scientific Integrity
• Single-Phase Reactors
• Structures and Molecules

2016/17

• Bio-based Products
• Catalysis for Engineers
• Chemical Catalysis
• Energy from Gas
• Fundamentals of Process and Product Technology
• Introduction to Process and Product Technology
• Multiphase Reactors
• Single-Phase Reactors
• Structures and Molecules

2015/16

• Bio-based products
• Catalysis for engineers
• Chemical Catalysis
• Energy from Gas
• Fundamentals of Process and Product Technology
• Introduction to Process and Product Technology
• Multiphase Reactors
• Single-Phase Reactors

2014/15

• Bio-based products
• Chemical Catalysis
• Energy from Gas
• Fundamentals of Process and Product Technology
• Introduction to Process and Product Technology
• Multiphase Reactors
• Physical Transport Phenomena 1

2013/14

• Bio-based products
• Chemical Catalysis
• Energy from Gas
• Introduction to Process and Product Technology
• Single-Phase Reactors

2012/13

• Bio-based products
• Eenfase reactoren (ST)
• Eenfase reactoren (TBK)
• Energie uit gas
• Green chemistry and technology
• Homogene katalyse (13/14)
• Practicum procestechnologie

2011/12

• Bio-based products
• Eenfase reactoren
• Eenfase reactoren (A)
• Green chemistry and technology
• Homogene katalyse (11/12)
• Inleiding proces en producttechnologie

2010/11

• Bio-based products
• Eenfase reactoren
• Eenfase reactoren
• Eenfase reactoren (A)
• Green chemistry and technology
• Homogene Katalyse (11/12)
• Kern van procestechnologie
• Practicum Procestechnologie

2009/10

• Bio-based Products
• Eenfase reactoren
• Eenfase reactoren (A)
• Industriele homogene katalyse
• Kern van procestechnologie
• Practicum procestechnologie

2008/09

• Eenfase reactoren
• Eenfase reactoren
• Eenfase Reactoren TM/TBK
• Industriele homogene katalyse
• Inleiding technische scheikunde voor TM
• Kern van procestechnologie
• Meerfasen reactoren 1
• Practicum procestechnologie

2007/08

• Bachelor onderzoeksproject (scheikunde)
• Eenfase reactoren
• Eenfase Reactoren TM/TBK
• Industriele homogene katalyse
• Inleiding technische scheikunde voor TM
• Kern van procestechnologie
• Meerfasen reactoren 1
• Practicum procestechnologie
• Proces- en producttechnologie

2006/07

• Bachelor Onderzoeksproject
• Chemie, Duurzaamheid en Milieu
• Eenfase reactoren
• Industriele homogene katalyse
• Inleiding Technische Scheikunde TM
• Kern van Procestechnologie
• Meerfasen reactoren 1
• Practicum Procestechnologie

2005/06

• Bachelor Onderzoeksproject
• Chemie, Duurzaamheid en Milieu
• Chemische Reactoren TM
• Eenfase reactoren
• Industriele homogene katalyse
• Inleiding Technische Scheikunde TM
• Kern van procestechnologie
• Meerfasen reactoren 1
• Orientatie moleculaire wetenschappen
• Practicum procestechnologie