Program of the Sixth Sollab Doctoral Colloquium
Download the program as a PDF file
Monday,
7 June 2010
|
| 8h30-9h00 |
Welcome
and Presentation |
|
|
Solar
fuels |
|
| 9h00-9h25 |
Solar syngas production from
H2O and CO2 via two-step thermochemical cycles based on Zn/ZnO
and FeO/Fe3O4 redox reactions: kinetic analysis |
Anastasia STAMATIOU |
| 9h25-9h50 |
Coproduction
of Hydrogen and Carbon Black from Natural Gas Cracking under
Concentrated Solar Radiation |
Sylvain RODAT |
| 9h50-10h05 |
Optical
analysis of a solar concentrating facility for the design of a solar
cavity receiver |
Thomas COOPER |
| 10h05-10h20 |
Design
of a 100 kW reactor for the solar thermal dissociation of ZnO |
Willy VILLASMIL |
| 10h20-11h00 |
Coffee break |
|
|
Solar
electricity and energy storage |
|
| 11h00-11h25 |
Modelling
of Concentrating Solar Thermal Power system based on Linear Fresnel
Reflector for Cogeneration |
François VEYNANDT |
| 11h25-11h40 |
Solar
particle receiver for small gas turbines |
Wei WU |
| 11h40-12h05 |
Modeling
a Free Falling Particle Receiver |
Birgit GOBEREIT |
| 12h05-12h30 |
Outdoor
characterization and performance evaluation of CPV mini-modules |
Loïc PUJOL |
| 12h30-14h00 |
Lunch |
|
|
Solar
components |
|
| 14h00-14h25 |
Development
of a solar receiver for a thermoacoustic cooler system |
Sophie CORDILLET |
| 14h25-14h50 |
Optimizing
operations of an open volumetric air receiver |
Nils AHLBRINK |
| 14h50-15h15 |
Experimental
and Numerical Analyses of a Novel Pressurized Air Receiver for
Concentrated Solar Power |
Illias HISCHIER |
| 15h15-15h45 |
Coffee break |
|
| 15h45-17h45 |
Themis
Visit
|
|
| 18h00-19h30 |
Natural warm bath-Dorres |
|
| 19h30 |
Barbecue |
|
Tuesday,
8 June 2010
|
|
Solar
components |
|
| 9h00-9h25 |
Thermal
Dispersive Effects in Sintered Metal Foams |
Stefan BRENDELBERGER |
| 9h25-9h50 |
Experimental
and numerical study of a concentrated solar fluidized bed receiver |
Germain BAUD |
| 9h50-10h15 |
Simplified
method for the geometrical optimization of a solar thermochemical
reactor. Application to a real case. |
Stefania TESCARI |
| 10h15-10h30 |
radiation
effect on the fatigue of metal tube receivers. |
Eneko SETIEN |
| 10h30-11h00 |
Coffee break |
|
|
Solar
fuels |
|
| 11h00-11h25 |
A
lab-scale solar reactor for thermal dissociation of compressed ZnO and
SnO2 powders as part of 2-step thermochemical cycles |
Marc CHAMBON |
| 11h25-11h40 |
Dynamic
modeling of a two step thermochemical water splitting process
Preliminary considerations and objectives |
Matthias LANGE |
| 11h40-12h05 |
Development
of mixed metal oxides for thermochemical hydrogen production from solar
water splitting |
Alex LE GAL |
| 12h05-12h30 |
Solar
Steam Reforming of Methane using Molten Salts as heat carrier |
Isabelle LABACH |
| 12h30-14h00 |
Lunch |
|
|
Solar
resources |
|
| 14h00-14h15 |
Retrival
of circum solar radiation parameters from Meteosat Second Generation
observations |
Bernhard REINHARDT |
| 14h15-14h40 |
Effect
of Circumsolar Radiation on Focusing Collectors. Determination of the
Usable DNI from Common DNI Measurements |
Stephan WILBERT |
|
Solar
fuels |
|
| 14h40-15h05 |
Development
and evaluation of a two step thermochemical cycle for hydrogen generation |
Jan SäCK |
| 15h05-15h30 |
Modelling
and Simulation of the Hybrid Sulphur Cycle |
Nicolas BAYER BOTERO |
| 15h30-16h00 |
Coffee break |
|
|
Solar
electricity and energy storage |
|
| 16h00-16h25 |
Numerical and experimental study of a
distributor configuration for uniform flow distribution in an elemental absorber
of air solar receiver |
David BELLARD |
| 16h25-16h50 |
Modeling
and conception of a solar receiver carrying pressurized air for the
PEGASE project |
Benjamin GRANGE |
| 16h50-17h15 |
The once
through concept in parabolic trough plants with direct steam generation |
Fabian FELDHOFF |
| 17h30-19h30 |
Sports |
|
| 20h00 |
Dinner |
|
Wednesday,
9 June 2010
|
|
Solar
electricity and energy storage |
|
| 8h30-8h55 |
Experimental
investigations on thermoelectric solar cavity receiver |
Clemens SUTER |
| 8h55-9h20 |
Optimized
Operation Strategies for Solar Trough Power Plants with Integrated
Storage |
Michael WITTMANN |
| 9h20-9h45 |
Sustainable
thermal storage material for CSP tested under concentrated solar flux |
Antoine MEFFRE |
| 9h45-10h10 |
Assessment of a novel direct absorption receiver for solar towers and USC steam cycles |
Csaba SINGER |
| 10h10-10h35 |
Pressurized
receiver in ceramic in order to heat air at high temperature |
Xavier DAGUENET |
| 10h35-11h05 |
Coffee break |
|
|
Solar
detoxification and desalination |
|
| 11h05-11h30 |
Solar
photocatalytic reactor experimental and modelisation results |
Franck CORREIA |
| 11h30-11h55 |
Preliminary
assessment of a solar driven membrane distillation desalination system |
Elena GUILLéN BURRIEZA |
| 11h55-12h20 |
Treatment
of municipal waste water effluents with modified solar photo-Fenton |
Nikolaus KLARMETH |
| 12h20-12h45 |
Steady
State Mathematical Modeling of a Solar Multi-effect Distillation Plant
at the Plataforma Solar de Almería |
Patricia PALENZUELA ARDILA |
| 12h45-14h00 |
Lunch |
|
|
Solar
components |
|
| 14h00-14h25 |
Methods
to characterize the degradation of solar reflectors |
Florian SUTTER |
| 14h25-14h50 |
An air
based cavity receiver for solar trough concentrators |
Roman BADER |
| 14h50-15h05 |
DSG in
Parabolic Trough Study of Pressure Drop |
David HERNANDEZ LOBON |
| 15h05-15h30 |
Optimization
of PTC Concentrator Geometry based on Optical Shape Measurements |
Siw MEISER |
| 15h30-16h00 |
Coffee break |
|
| 16h00-18h00 |
Solar
Furnace Visit
|
|
| 18h00 |
Free time |
|
