|Title:||Time-resolved detection of transient species in nanosecond repetitively pulsed discharges for CO2 conversion|
|Home Institution:||University of Trento (UNITN)|
|1st Supervisor:||Paolo Tosi|
|Host Institution:||Eindhoven University of Technology (TU/e PMP)|
|2nd Supervisor:||Richard Engeln|
|Industrial Contact:||Monica Secco|
Repetitively pulsed discharges, with a nanosecond pulse rise-time and duration, represent the latest developments regarding the use of non-equilibrium plasmas to convert CO2 into useful products, with the very short pulse duration increasing the power delivered to the plasma and maximising its non-equilibrium features.
To gain insight into the chemical processes which lead to value-added products, one has to use time-resolved diagnostics (absorption, emission, and LIF) to observe the temporal evolution of the ongoing chemical kinetics. The final goal of the PhD research will be to combine advanced diagnostics and reactor development in order to optimise the conversion of CO2 to value-added products. In particular, laser based diagnostics must be developed and applied to the measurement of CO2 dissociation, detection and quantification of reaction intermediates and the monitoring of vibrational excitation in the aformentioned processes. The research will be split between Trento and Eindhoven.
Links with other ESR
- ESR 2: Direct comparison of ns-discharges configuration and efficiency
- ESR 3, ESR 4: Comparison with the model results
- Setting-up specific laser-based diagnostics for time-resolved CO2 conversion.
- Setting-up specific laser-based diagnostics of transient species
- Optimisation of the ns discharge geometry and parameters
- TU/e-PMP: Spectroscopic laser diagnostics