Katalyse für nachhaltige chemische Produkte und Energieträger (Catalysis for sustainable chemicals and energies)

  • type: Vorlesung (V)
  • semester: SS 2020
  • time: 22.04.2020
    08:00 - 09:30 wöchentlich
    11.21 Raum 006
    11.21 Chemische Technik


    29.04.2020
    08:00 - 09:30 wöchentlich
    11.21 Raum 006
    11.21 Chemische Technik

    06.05.2020
    08:00 - 09:30 wöchentlich
    11.21 Raum 006
    11.21 Chemische Technik

    13.05.2020
    08:00 - 09:30 wöchentlich
    11.21 Raum 006
    11.21 Chemische Technik

    20.05.2020
    08:00 - 09:30 wöchentlich
    11.21 Raum 006
    11.21 Chemische Technik

    27.05.2020
    08:00 - 09:30 wöchentlich
    11.21 Raum 006
    11.21 Chemische Technik

    03.06.2020
    08:00 - 09:30 wöchentlich
    11.21 Raum 006
    11.21 Chemische Technik

    10.06.2020
    08:00 - 09:30 wöchentlich
    11.21 Raum 006
    11.21 Chemische Technik

    17.06.2020
    08:00 - 09:30 wöchentlich
    11.21 Raum 006
    11.21 Chemische Technik

    24.06.2020
    08:00 - 09:30 wöchentlich
    11.21 Raum 006
    11.21 Chemische Technik

    01.07.2020
    08:00 - 09:30 wöchentlich
    11.21 Raum 006
    11.21 Chemische Technik

    08.07.2020
    08:00 - 09:30 wöchentlich
    11.21 Raum 006
    11.21 Chemische Technik

    15.07.2020
    08:00 - 09:30 wöchentlich
    11.21 Raum 006
    11.21 Chemische Technik

    22.07.2020
    08:00 - 09:30 wöchentlich
    11.21 Raum 006
    11.21 Chemische Technik


  • lecturer: Prof. Dr. Felix Studt
    Dr. Erisa Saraci
    Prof. Dr. Jan-Dierk Grunwaldt
  • sws: 2
  • lv-no.: 5440

Further information on the course "Catalysis for sustainable chemicals and energies"

Important note for SS 2020

This year the course will be conducted in a digital form. Register via ILIAS.

 

Details (in English):

The lecture slides are in English.

As long as there is no front-up teaching allowed, the documents will be provided latest Tuesday before the course day and on Wednesdays there is teh possibility to discuss open questions.

On April 22, 2020, at 9.00 h the first conference will be set up. For tis purpose we need your Email addess (please send to: Erisa Saraci und Jan-Dierk Grunwaldt) and you need to register in ILIAS.

Dozenten: Prof. Dr. Jan-Dierk Grunwaldt, Dr. Erisa Saraçi, Prof. Dr. Felix Studt and further guests

Vorlesung: 2 SWS

Ort: Online Kurs

Official time: Wednesdays, 8:00 - 9:30 h in SS2020

Course material is only for personal use.

 

Schedule SS2020:

 

22.04. Welcome, short presentation of course, registration (ES, JDG, FS; Download)

29.04. Introduction and overview (JDG, FS, ES; Download)

06.05. Biomass upgrading - physical and thermochemical treatment (ES; Download)

13.05. Complementary strategies: Syngas chemistry vs. platform routes starting from biomass, hydrodeoxygenation, bioliq (JDG; Download)

20.05. Theory in heterogeneous catalysis - basics (FS; Download)

27.05. Syngas to synthetic fuels and e-fuels (JDG/MS; Download)

03.06. Theory & experiment in methanol synthesis and MTO (FS, AB; Download1, Download2)

10.06. Platform chemicals I (ES; Download)

17.06. Platform chemicals II (OS; Download)

24.06. Photo- and electrochemical water splitting & fuel cells (SC; Download)

01.07. Theory in electrocatalysis (FS; Download)

08.07. Homogeneous and heterogeneous sustainable catalysis (BS)

15.07. Summary and feedback (FS, JDG, ES)

 

Latest update: 08.05.2020

 

Earlier courses

 

 

24.04. Introduction and Overview (FS, JDG, download)

08.05. Biomass Upgrading – physical and thermochemical treatment (ES, download)

15.05. Complementary strategies: Syngas chemistry vs. platform routes (JDG)

22.05. Syngas to synthetic fuels and e-fuels (ES, download)

29.05. Platform chemicals I (ES, download)

05.06. Borregaard site visit (ES, download)

12.06. Platform chemicals II (ES, download)

19.06. Theory in heterogeneous catalysis (FS)

26.06. Theory & Experiment in methanol synthesis and MTO (FS)

03.07. Photo- and electrochemical water splitting & fuel cells (SC, download)

10.07. Theory in electrocatalysis (FS)

17.07. Summary and feedback (FS, JDG, ES)

 

_____________________________________________________________

Overview of the Lecture (SS 2018)

 

Lecturers: Prof. Dr. Jan-Dierk Grunwaldt, Dr. Erisa Saraçi, Prof. Dr. Felix Studt

 

08:00 - 09:30 every week starting April 18, 2018

Room 006, Geb. 11.21 (ITCP, Engesserstr. 20)

Course material is only for personal use.

Last update: 12.07.2018

 

Schedule 2018:

 

18.04. Introduction (JDG, ES, FS; Download)

25.04. From fossil to renewable fuels and chemicals (FS; Download)

02.05. Biomass upgrading - physical and thermochemical treatment (JDG; Download)

09.05. Complementary strategies: Syngas chemistry vs. platform routes (JDG; Download)

16.05. Syngas to synthetic fuels and E-fuels (JDG, FS; Download)

23.05. Visit to Bioliq facility (9:00 –12:00; Campus North, J. Sauer)

30.05. Platformchemicals I (ES, JDG; Download)

06.06. Platformchemicals II (ES)

13.06. Theory in heterogeneous catalysis (FS; Download)

20.06. Synthesis gas to higher alcohols: modern catalyst developments (JDG, FS; Download)

27.06. Photo-and electrochemical water splitting + Fuel cells (FS; Download)

04.07. Theory in electrocatalysis (FS; Download)

11.07. Summary / Recent applications and future concepts (JDG, ES, FS)

 

Übersicht zur Vorlesung (SS 2017)

 

Dozenten: PD Dr. Wolfgang Kleist, Prof. Dr. Felix Studt, Prof. Dr. Jan-Dierk Grunwaldt,

 

Vorlesung: 2 SWS

Ort: HS 006, Geb. 11.21

Zeit: Mittwochs, 8:00 - 9:30 Uhr im Sommersemester

 

08:00 - 09:30 every week starting April 26, 2017

Room 006, Geb. 11.21 (ITCP, Engesserstr. 20)

Course material is only for personal usage.

Last update: 03.05.2017

 

Schedule 2017:

26.04. Introduction and Overview (FS, JDG, WK; Download)

03.05. Biomass Upgrading – physical and thermochemical treatment (JDG)

10.05. From fossil to renewable fuels and chemicals (FS)

17.05. Complementary strategies: Syngas chemistry vs. platform routes (WK; Download)

24.05. Syngas to synthetic fuels (WK; Download)

31.05. Visit to Bioliq facility (9:00 – 12:00; Campus North, Prof. Nicolaus Dahmen)

07.06. Platform chemicals (WK; Download)

14.06. Theory in heterogeneous catalysis (FS)

21.06. Photo- and electrochemical water splitting (FS)

28.06. Fuel cells (WK)

05.07. E-fuels (FS)

12.07. Theory in electrocatalysis (FS)

19.07. Summary and feedback (FS, JDG, WK)

26.07. no lecture

  

Übersicht zum Kursus  (SS 2016)

Dozenten: Prof. Dr. Jan-Dierk Grunwaldt, PD Dr. Wolfgang Kleist

Vorlesung: 2 SWS
Ort: HS 006, Geb. 11.21
Zeit: Mittwochs, 8:00 - 9:30 Uhr im Sommersemester

Overview on the Course (SS 2016)

08:00 - 09:30 every week starting April 20, 2016
Room 006, Geb. 11.21 (ITCP, Engesserstr. 20)

Course material is only to be used for personal usage.

Last update: 21.06.2016 (external speakers including their dates are not yet confirmed)


20.04. Welcome by Dr. Wolfgang Kleist and Prof. Dr. Jan-Dierk Grunwaldt; Introduction and Overview (Download, JDG)

27.04. Upgrading of biomass - Physical and thermochemical processes (WK) (Download)

04.05. Strategies: syngas route vs. platform molecules (JDG) (Download)

11.05. Synthesis gas to synthetic fuels (Download)

18.05. From sustainable chemistry and energy to processes and plants (Prof. J. Sauer) (Download)

25.05. Fuel cell technology (WK) (Download)

01.06. Theory in Catalysis for Sustainable Chemicals and Energies (Prof. F. Studt) (Download)

08.06. Visit of Bioliq facility (www.bioliq.de) (Prof. N. Dahmen; Campus Nord, Abfahrt: 9:00, KIT-Shuttle)

15.06. Strategies form biomass to platform molecules (Downlaod) / Biomass-derived platform chemicals (Grunwaldt) (Downlaod

22.06. No lecture; shifted to Thursday 23.06. (10:00 am, building 11.21, seminar room 104): Energetic and substantial optimization of biomass, syngas and electricity (Dr. C. Kiener) (Download)

29.06. Microreactors for chemical energy storage (Prof. R. Dittmeyer) (Download)

06.07. The white biorefinery - chances and limitations (Prof. C. Syldatk) (Download)

13.07. Summary and discussion (Kleist, Grunwaldt)

20.07. entfällt

 

Overview on the Course (SS 2015)

Course material is only to be used for personal usage.

Last update: 21.07.2015


15.04. Welcome by Dr. Wolfgang Kleist and Prof. Dr. Jan-Dierk Grunwaldt; Introduction (WK, Download)  

22.04. Upgrading of biomass - Physical and thermochemical processes (WK, Download)

29.04. Strategies: syngas route vs. platform molecules (WK, Download)

06.05. Synthesis gas to synthetic fuels (WK, Download)

13.05. Visit of Bioliq facility (Prof. N. Dahmen, www.bioliq.de)

20.05. From sustainable chemistry and energy to processes and plants (Prof. J. Sauer, Download, Excel-Tool)

27.05. Fuel cell technology (WK, Download)

03.06. Strategies form biomass to platform molecules (WK, Download)

10.06. Biomass-derived platform chemicals (WK, Download)

17.06. No lecture

24.06. Energetic and substantial optimization of biomass, syngas and electricity (Dr. C. Kiener, Download Part 1, Part 2)

01.07. The white biorefinery- chances and limitations (Prof. C. Syldatk, Download)

08.07. Microreactors for chemical energy storage (Prof. R. Dittmeyer, Download)

15.07. Summary and discussion (WK)

 

Overview on the Course (SS 2014)

Course material is only to be used for personal usage.

Last update: 16.07.2014

 

 

16.04.     Welcome by Dr. Wolfgang Kleist and Prof. Jan-Dierk Grunwaldt;

              Introduction: syngas route vs. platform molecules (Grunwaldt, Download)

23.04.     Upgrading of biomass - Physical and Thermochemical Processes (Kleist, Download)

30.04.     Strategies: syngas route vs. platform molecules (Grunwaldt, Download)

07.05.     Syngas to synthetic fuels (Grunwaldt, Download vom 28.05.2014 enthält beide VL-Stunden)

14.05.     Energetic and substantial optimization of biomass, syngas and electricity  (Kiener, zeitlich begrenzter Download)

21.05.     Prozessentwicklung und Scale-up am Beispiel des bioliq-Prozesses (Dahmen, Download)

28.05.     Hydrothermal gasification (Download), syngas to synthetic fuels (Grunwaldt, Download); Link to publication on Cu-Ni catalysts for methanol synthesis

04.06.     Tools for Process Development and Optimization for Processes using Biomass as Feedstock (Sauer, Download)

11.06.     Microreactor technology end energy storage (Dittmeyer, Download)

18.06.     Fuel cell technology (Kleist, Download)

25.06.     Chemical, thermal and enzymatic cleavage of biomass constituents towards platform molecules (Grunwaldt)

02.07.     Selected transformations towards C3-C6 platform chemicals (Kleist, Download)

09.07.     Homework: Potential industrial applications and future concepts (for inspiration: From platform molecules to fine chemicals- Literature, "Top Value Added Chemicals From Biomass" (Pacific Northwest National Laboratory (Link) and download)

16.07.     Greening the Chemistry by Industrial Biotechnology – Chances and Limitations (Syldatk, Download)

 

Overview on the Course (SS 2013)

Course material is only to be used for personal usage.

Last update: 16.06.2013

 

17.04.     Welcome by Dr. Wolfgang Kleist and Prof. Jan-Dierk Grunwaldt; Introduction (Kleist, Download)

24.04.     Strategies: syngas route vs. platform molecules (Grunwaldt, Download)

08.05.     Energetic and substantial optimization of biomass, syngas and electricity (Kiener)

15.05.     Upgrading of biomass - Physical and Thermochemical Processes (Kleist, Download)

22.05.     Bioliq process (Dahmen) - Vortrag am IKFT um 9.30 Uhr, anschließende Besichtigung bis 12 Uhr (Download)

29.05.     Tools for Process Development and Optimization for Processes using Biomass as Feedstock (Sauer, Download)

05.06      Hydrothermal gasification (Schubert, Download)

12.06.     Syngas to synthetic fuels (Grunwaldt, Download); Link to publication on Cu-Ni catalysts for methanol synthesis

19.06.     Fuel cell technology (Kleist, Download)

26.06.     Chemical, thermal and enzymatic cleavage of biomass constituents towards platform molecules (Grunwaldt, Download)

03.07.     Selected transformations towards C3-C6 platform chemicals (Kleist, Download)

10.07.     Greening the Chemistry by Industrial Biotechnology – Chances and Limitations (Syldatk)

17.07.     Recent industrial applications and future concepts: Selected transformations towards C3-C6 platform chemicals
(Kleist, Download)

 

Selfstudies

Project work: from platform molecules to fine chemicals- Literature, "Top Value Added Chemicals From Biomass" (Pacific Northwest National Laboratory) - Link