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Master theses

2015- 2025

[1]
L. Duguet, "Development and optimisation of high-weight electrode formulations for Li-ion batteries," , 2025.
[2]
A. Bergvall, "Simulation of Fast Charging Strategies for Heavy Duty Battery Electric Vehicles," , 2025.
[3]
S. Kadric, "Development of a GC-MS Based Method for Measuring Organic Degradation Compounds in Lithium-Ion Battery Electrolyte," , 2025.
[4]
T. Tisell Mikkelsen, "Feasibility Study on Using Electrochemical Impedance Spectroscopy (EIS) for Estimating the States of Li-Ion Batteries," , 2025.
[5]
F. E. Einarsdóttir, "Strategies for Lithium recovery from solutions," , 2025.
[6]
S. Wedin, "Optimization of Oxalate Simultaneous Precipitation and Lithium Recovery Process for Recycling of Lithium-ion Batteries," , 2025.
[7]
P. Versteeg, J. Berg and E. Gahlin, "Syntes av kiselkvantprickar och reaktivitet i simulerad batterimiljö," , 2024.
[8]
E. Åkesson, "Evaluation of stationary Applications for Second -life Li-ion Batteries Using a Lumped Battery Model," , 2024.
[9]
E. Westling and D. Filipovic, "Detection and quantification of gascrossover in water electrolyzers by sensors," , 2024.
[10]
E. Botling, "Molybdenum Titanium Carbide (Mo2TiC2) MXene Coated Carbon Electrodes for Vanadium Redox Flow Batteries," , 2024.
[11]
A. Anayi, "Fire and Ice - Catalysis in Hydrogen Fuelled Combustion Engines," , 2024.
[12]
M. Labrador Aranguren, "CFD SIMULATIONS OF PLATINUM CATALYST FOR REDUCING THE COLD START EMISSIONS WITH APPLICATIONS FOR HEAVY-DUTY COMBUSTION ENGINES," , 2024.
[13]
A. Jiménez Romero, "Design of an Integrated Electrolyser Waste Heat Recovery System for Advanced Solar Thermal Desalination," , 2024.
[14]
D. Panchawadkar, "Review of opportunities to valorise the oxygen generated from water electrolysis," , 2024.
[15]
L. Marcet Recolons, "Optimal scenarios for wind-to-methanol: techno-economic analysis," , 2024.
[16]
L. Strimbold, H. Tewelde and L. Fröblom, "Sustainable industrial transformation via technology and business analysis," , 2024.
[17]
Y. Xu, "Modeling aging effects caused by anode overhang and electrolyte dry-out in Li-ion batteries," , 2024.
[18]
X. Chu, "Lignosulfonate-based organic redox flow battery," , 2024.
[19]
A. Codo Morales, "Optimisation of a Powder Dosing Equipment," , 2023.
[20]
J. Strandberg, "Pulse Charging of Li-ion Batteries for Enhanced Life Performance," , 2023.
[21]
E. Adolfsson, "Future-competing battery chemistries for large-scale energy storage," , 2023.
[22]
X. Jiang, "The effect of material properties on PEM fuel cell catalysts on durable oxidation reduction activity," , 2023.
[23]
H. Eurén, "Evaluation of real drive data of a refuse fuel cell truck," , 2023.
[24]
A. Halvarsson, "Exploring Particulate Filtration during Thermal Runaway in Lithium-Ion Battery Packs," , 2023.
[25]
J. Szecsödy, "Electrochemical Characterisation of LiFePO4-Coated Carbon Fibres: A Comparative Electrochemical Analysis of Three Coating Methods," , 2023.
[26]
S. P. Solanki, "Development of a microfluidic device to study simultaneous crystallization in the LIBs recycling process," , 2023.
[27]
H. Glisén, "Lithium iron phosphate batteries for energy shifting," , 2023.
[28]
A. Nur et al., "Fällning av Råmaterial för Batteriåtervinning," , 2023.
[29]
Z. Muhsin, "Techno-Economic Analysis of Wind Power-to-Hydrogen," , 2023.
[30]
A. Blad, "Literature study for the implementation of modern battery chemistry in combat vehicles," , 2023.
[31]
M. Ölander, "Numerical Simulations of Metal Recovery for Battery Recycling," , 2023.
[32]
O. Nordlander, "Physics-Based Modelling for SEI and Lithium Plating During Calendar and Cycling Ageing," , 2022.
[33]
O. Nordlander, "Physics-Based Modelling for SEI and Lithium Plating During Calendar and Cycling Ageing," , 2022.
[34]
G. Arnberg, "Implementation of battery energy storage systems in the Swedish electrical infrastructure," , 2022.
[35]
B. Govindarajan, "Morphological and ageing studies of an electrolyte contaminated lithium-ion battery vent," , 2022.
[36]
S. Shneker, T. A. Kebede and V. Lindbäck, "Electrosynthesis of persulfate and hydrogen gas with boron doped diamond as the anode material," , 2022.
[37]
E. Ahlén Norberg, "Influence of current harmonics on the degradation of the catalyst coated membrane in PEMFC," , 2022.
[38]
E. Botling, K. Sheibeh and M. Wood, "Hybridisation of fuel cells and batteries for aerial vehicles," , 2022.
[39]
E. Lind, "Influence of mass transport on glycerol electrooxidation on palladium in alkaline media," , 2022.
[40]
S. R. Jambur, "Techno-Economic Assessment of High-Temperature H2O/CO2 : Co-Electrolysis in Solid Oxide Electrolysers for Syngas Production," , 2022.
[41]
A. Jayan, "Lignin Based Electrolytes for Redox Flow Batteries," , 2021.
[42]
T. Patranika, "Investigations of the Thermal Runaway Process of a Fluorine-Free Electrolyte Li-Ion Battery Cell," , 2021.
[43]
C. Söderhielm, "Investigation of Battery Parameters for Li-ion Battery State of Health Estimation," , 2021.
[44]
E. Östling, "Model on degradation of PEM fuel cells in marine applications," , 2021.
[45]
R. Dahl, "Evaluation of the new Power & Biomass to Liquid (PBtL) concept for production of biofuels from woody biomass," , 2021.
[46]
V. Phatarphod, "Adapting a data-driven battery ageing model to make remaining-useful-life estimations using dynamic vehicle data," , 2021.
[47]
J. Strandberg et al., "Component sizing in a microgrid with hydrogen as one energy carrier," , 2021.
[48]
G. Quintans De Souza, "A comparison between aqueous and organic electrolytes for lithium ion batteries," , 2021.
[49]
L. Vasilevich, "Li-ion titanate technology for SLI battery applications in commercial vehicles," , 2021.
[50]
P. O. Dayama, "A Comparative Study of Electrodes and Membranes for Anion Exchange Membrane Water Electrolysis Systems," , 2021.