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Sustainable Energy Technology. Procedure for master assignment. You need a professor (or group) You need a subject You can do 15 EC of courses in preparation of your master assignment. Your professor has to agree with the choice of these courses. - PowerPoint PPT Presentation
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Sustainable Energy
Technology
Procedure for master assignment
1. You need a professor (or group)2. You need a subject3. You can do 15 EC of courses in
preparation of your master assignment. Your professor has to agree with the choice of these courses.
Find professor, subject and courses at an early stage!
Internship versus projects
• If Internship then elective courses in q2, q3, q4
• If projects then elective courses in parallel with your master assignment
Internships versus projects
15 EC on courses
10 EC on courses
5 EC elective
10 EC on courses
5 EC elective
10 EC courses
5 EC elective
Internship Master Assignment
Internships versus projects
15 EC on courses
10 EC on courses
5 EC on Projects
10 EC on courses
5 EC on projects
10 EC courses
5 EC projects
Master Assignment and 15 EC on elective courses
Einhoven Delft Twente
biomass small scale conversion units
large scale power generation
thermal and chemical conversion processes for the use of biomass as an energy carrier and chemicals
Solar energy production of amorphous silicon and polymer solar cells
nano-structured 3D solar cells
integration of solar energy into products
Einhoven Delft Twente
Wind energy fluid structure interaction
mainly concentrated in Delft
computational fluid dynamics of wind turbines
Hydrogen technology
the small scale production of hydrogen
the production using sustainable energy and storage of hydrogen
large scale production of hydrogen
System integration projects:
Formulated in cooperation with
ECN
TNO
EDON,
ENECO,
Energie Delfland,
ENW,
EnergieNed,
EPON,
GASTEC,
KEMA,
Shell Stork
First integration project:
Project-led education (as in the CTW bachelor education).
Second integration project:
individual hands-on experience in the design, analysis or application of an energy system or in the exploration of new research questions.
problem oriented in the form of a research assignment.
Or and internship:
At one of these companies, or at Essent, Nuon, BTG, etc., India (various topics), China (wind), Brasil, Sweden, Finland, Austria, Suriname, Greece (biomass)
Graduation projects
• Delft: wind energy, hydrogen storage, solar cells (material science), etc.
• Eindhoven: solar cells (material science), more fundamental studies on hydrogen production and biomass conversion
TNW/CT
• Catalytic processes and materials (prof. Lefferts, dr. Seshan)– Catalytic pyrolysis– Catalytic conversion of methane to
synthesis gas
UT/TNW/CT
• Membrane technology (prof. Nijmeyer,)– Methanol Fuel cells– Reverse electrodialysis
– Separation of CO2 with carbon nanotubes
Membrane technology, polymer technology
UT/TNW/CT
• Thermo-Chemical Conversion of Biomass (prof. Van Swaaij, Kersten)
– Catalytic conversion of biomass to H2/syngas
– In situ cleaning of flash pyrolysis vapours– Hydrothermal liquefaction– Supercritical water gasification
UT/TNW/Low temperature group
• Cryogenic energy carriers, heat pumps (prof. Ter Brake)
• Energy storage in superconductive materials (prof. Dalhee)
UT/CTW/CiT
• Bouw/Infra (prof. De Wulf, Entrop– Sustainable energy in the building
environment
UT/CTW/CiT
• Watermanagement– Tidal energy (dr. Augustijn)– Waterfootprint of energy (Winnie Gerbens)
UT/CTW/WB
• Production Technology (prof. Akkerman)– Materials for wind mills– Solar cells in composite structures
UT/CTW/WB
• Design Engineering (prof. Van Houten, Reinders)– Integration of solar cells/fuel cells in
products
UT/CTW/WB
• Mechanical Automation (prof. Huis in ‘t Veld)– Laser treatment of surfaces for solar cell
production
UT/CTW/WB
• Tribology (prof. Schipper)– Tribologic behaviour of biofuels
UT/CTW/WB
• Engineering Fluid Dynamics (prof. Hoeijmakers)– Flow around turbine blades (water
turbines, wind turbines)
UT/EWI/CAES
• Smart grids (prof. Smit)– Modeling of smart grids, decentral e-
generation.
UT/CTW/WB
• Thermal Engineering (prof. Van der Meer, prof. Brem, prof. Wolters, Kok, Bramer)– Synthesis gas production– Pyrolysis of biomass– Supercritical water gasification– CO2 sequestration– Utilization of future fuels– Green gas technology
UT/BBT
• Centre for Clean Technology and Environmental Policy (CSTM) (prof. Bressers, Arentsen, Clancy, De Leeuw)– scenario studies– Studies on comparing technologies, – innovative energy chains (energy ans
agriculture, North and South) – Sociatal implications of alternative energy
technologies
The key question
Which direction are you thinking of?