Over 2-3 months, you’ll dive into hands-on research, applying the knowledge you’ve gained throughout your studies. As a Bachelor’s thesis student, you’ll work closely with our team, contributing to real-world projects and gaining valuable insights into academic research.
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Keywords: Green ammonia, non-thermal plasma, decentralized synthesis, sustainable energy, CO2 reduction
Description: This thesis investigates non-thermal plasma reactors for decentralized, eco-friendly ammonia synthesis from nitrogen and green hydrogen.
Contact: Assoc.Prof. Susanne Lux, Assoc.Prof. Thomas Wallek
Keywords: Sustainable Aviation Fuels, Decarbonization, Surrogate Mixtures
Description: This thesis develops surrogate mixtures for SAF by optimizing the true boiling point curve and other key fuel properties using FuelComp software.
Contact: Assoc.Prof. Thomas Wallek
Keywords: TCDC, Power Consumption, Taylor-Couette, Scale-up
Description: This thesis systematically examines the TCDC’s power consumption under different speeds, fluid viscosities, and operating modes using DoE methodologies.
Contact: Assoc.Prof. Susanne Lux, Assoc.Prof. Thomas Wallek
Keywords: Glycerin, Biofuels, Solid-Liquid Extraction, Waste Treatment, Pilot Plant, Scale-up
Description: This thesis focuses on developing a solid-liquid extraction process to separate usable feed stocks from glycerin waste produced during biofuel production.
Contact: Dipl.-Ing. Max Vogi
Keywords: LCA, AEMWE, Anion exchange membrane, Electrolysis, Stack
Description: This thesis applies Life Cycle Assessment (LCA) to assess the environmental impacts of novel electrolyzer components in anion exchange membrane water electrolysis (AEMWE)
Contact:Simon Xu, Chetna Madan
Keywords: Monte Carlo Simulation
Description: This thesis Monte Carlo simulation to investigate the Structure of Liquids
Contact:Thomas Wallek
Keywords:Hydrogen production, Techno-Economic Analysis (TEA), Levelized Cost of Hydrogen (LCOH), Electrolysis technologies, Renewable energy systems
Description:This thesis uses Techno-Economic Analysis (TEA) to evaluate the Levelized Cost of Hydrogen (LCOH) from electrolysis and identify key cost drivers for scalable, cost-competitive hydrogen production.
Contact: Dr. Chetna Madan
