Network of Young Scientists
The Network of Young Scientists (NYS) – HVIGasTech is a platform of
communication
and interaction of young scientists. Not only young scientists financed by HVIGasTech
are members of the HVIGasTech-NYS, but also other young scientists from partner
institutions who work on relevant topics (Figure 1). The network contributes to an
open scientific and multidisciplinary exchange. The main tasks of HVIGasTech-NYS are:
• framework for establishing cooperation,
• overcoming research related obstacles in multidisciplinary team,
• sharing of knowledge and
• creating a structure for introduction and training of new young scientists.
Activities of the network include also organization of annual excursions and joint conference participation.
| Name | Research Topic |
|---|---|
| Eberhard, Mark KIT |
Validation of mathematical models with pilot scale gasification experiments (bioliq®) |
| Hotz, Christian KIT |
Two-phase free jet model of an atmospheric entrained flow gasifier |
| Bartik, Alexander TUW |
Renewable Gases for Industry |
| Walker, Stella KIT |
Reaction kinetics of plastic waste gasification |
| Fuchs, Josef TUW |
Process characteristics of sorption enhanced reforming in an advanced gasification system |
| Papafilippou, Nikolaos LTU |
Modelling of premixed syngas combustion in highly swirling flows |
| Böning, David KIT |
Modeling and Balancing of Gasification Processes |
| Haas, Manuel KIT |
Investigation of thermo-chemical processes in the burner near-field of an entrained flow gasifier |
| Benedikt, Florian TUW |
Fuel flexible advanced dual fluidized bed steam gasification |
| Hüsing, Fabian KIT |
Fuel droplet conversion in an entrained flow gasifier |
| García Llamas, Ángel David LTU |
Experimental investigation of biomass devolatilization relevant for entrained-flow gasification |
| Phounglamcheik, Aekjuthon LTU |
Biocarbon production for metallurgical industry |
| Wachter, Simon KIT |
Atomization for High Pressure Entrained Flow Gasification |
| Bach-Oller, Albert LTU |
Alkali-enhanced gasification of biomass: Laboratory-scale experimental studies |
Alumni
| Name, Current Institute | PhD Topic at HVI GasTech |
|---|---|
|
IAV GmbH |
Modeling of the gas radiative properties at high pressures |
| Dönecke, Kerstin | Thermochemical Modelling of Slag Systems under Gasification Conditions |
| Dammann, Maximilian | Modeling and Simulation of Entrained Flow Gasification |
|
DLR |
Large Eddy simulation of reacting multi-phase flows |
|
Sasol |
On-line liquid quench sampling and UV-Vis spectroscopy for tar measurements in wood gasification process gases |
|
Tel Aviv University |
Char gasification at high heat-up rates |
| Horstenkamp, Andre | Experimental and Numerical Investigation of Surface tension of slag systems under Gasification Conditions |
|
LANXESS |
Heterogeneous reaction kinetics of alternative solid fuels |
|
SMS Group |
Carbon utilization by application of CO2 gasification |
|
Bremthaler Quarzitwerk GmbH |
Behavior and control of slags from the bioliq-gasifier |
|
Buss Chem Tech AG, Pratteln, CH |
Char gasification at elevated pressures and temperatures |
|
DLR |
Development and Optimization of Absorption Sectroscopy Techniques for Investigation of Combustion Processes |
|
DSM Nutritional Producs AG, Sisseln, CH |
Atomization of High Viscosity Liquids under Variable System Pressure |
| Schneider, Christoph | Reaction Kinetics of Char Gasification at Elevated Pressures |
|
Kali & Salz |
Influence of Crystallization on Flow Beavior of Oxide Melts |
| Investigation of solid-phase processes during the conversion of biogenic slurry in entrained-flow gasifiers | |
| Tomasello, Andrea | Numerical Simulation of Entrained Flow Gasification |
|
GTT-Technologies |
Modelling and Experimental Validation of the Viscosity of Liquid Phases in Oxide Systems Relevant to Fuel Slags |