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Wissenschaftliche MitarbeiterInnen

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	Name	Contact
	M.Sc. Martin Nicolas Greco Coppi Wissenschaftlicher Mitarbeiter	martin.greco@est.tu-... +49 6151 16-22679 L1\|01 343

2016	Dipl.-Ing. Maschinenbau (ITBA)
2019	M.Sc. Energy Technologies (KIT)
seit 2019	Wissenschaftlicher Mitarbeiter am EST

Kraftwerkstechnik	Effizienz, Flexibilität und Optimierung von Komponenten
Umwandlung fester Brennstoffe	Verbrennung, Ersatzbrennstoffe/Torrefizierung
CO2-Abscheidung	Carbonate Looping CO2 Utilization

DELTA	Darmstädter Energie-Labor für Technologien in der Anwendung
ANICA	Advanced Indirectly Heated Carbonate Looping (IHCaL)
waste2biofuels	Waste2BioFuels&BaseChemicals in Hessen

experimentell numerisch/simulativ
Versuchsstände	Wärmespeicherversuchsanlage 300-kW_th IHCaL Versuchsanlage
Brennstofflabor	Thermogravimetrische Analyse (TGA)
Messtechnik	Absaugpyrometer
Software	EBSILON® Professional, PPSD ASPEN PLUS™ und ASPEN DYNAMICS™ Siemens NX AutoCAD Plant 3D MATLAB

WiSe 2019/20	Energiesysteme I
Seit SoSe 2020	Energiesysteme II (Regenerative Energiesysteme): Referent für Solar- und Windenergie

Bachelorarbeiten

Jonathan Andreas Wirths – “Process Modelling and Economic Analysis of a Carbonate Looping CO2 Capture Facility for a Steam Methane Reforming Process” (2021)
Emil Elbaek – “1-D Modelling of the Combustor and Calciner of a IHCaL CO2 Capture Process” (2021)
Alexander Braunwarth – “Process Modeling of a CO2 Capture Facility for the Production of Chemicals from Waste” (2021)
Justin Joseph Kailath – “1-D-Modelling of the Combustor and Calciner of IHCaL CO2 Capture Process for lime and cement plants” (2022)

Masterarbeiten

Pablo Aguilar Isaza – “Development of a Combined IHCaL-MEA Process for CO2-Capture from Lime and Cement Plants” (2022)
Peter Maximilian Seufert – “Process Modelling of an Indirectly Heated Carbonate Looping Process with Integrated Water Steam Cycle” (2022)
Eric Siegl – “Techno-Economic analysis of operating modes of a waste incineration plant coupled with PEM electrolysis” (2023)
Paul Bickel – “Modelling and Model Validation for the Development of the IHCaL CO2 Capture Process for Lime and Cement Plant” (2023)
Yassin Azbairi – “Experimental determination of the kinetic parameters and characterization of the calcination and carbonation of limestone and cement raw meal with Thermogravimetric Analysis” (TGA) (2023)
Manuel Daniel Kurkunc – “Selection, Design, Simulation and Techno-Economic Analysis of a CO2-Capture Facility for the Darmstadt Waste-to-Energy Plant” (2023)
Nelly Eisenbach – “Selection, Design, Simulation, and Techno-Economic Analysis of CO2-Utilization Concepts for the Waste-To-Energy Plant Darmstadt” (2023)

Wissenschaftliche MitarbeiterInnen