Licentiate theses

Below is a list of the licentiate theses published on the subject of Energy Engineering.

1. 2024 Hu, H. Confining ionic liquids to develop high-performance quasi-solid-state composite electrolytes
2. 2024 Foorginezhad, S. CO2 capture through integration of aqueous and immobilized deep eutectic solvents
3. 2024 Pachchigar, S. Ash transformation during thermochemical conversion of agricultural biomass in entrained flow conditions
4. 2024 Sobha, P. Future energy landscapes in northern Sweden: Sustainable transition scenarios for municipalities
5. 2023 Li, J. Constructing Poly(Ionic Liquid)s - Based composite solid state electrolytes and application in lithium metal batteries
6. 2022 Li, F. CO2 electrochemical reduction: Techno-economic evaluation and experimental research for producing methanol
7. 2022 Bagheri, M. Integrated sewage sludge treatment scenarios – techno-economic analysis on energy and phosphorus recovery
8. 2022 Valizadeh, A. The effect of surface morphology on bed particle layer characteristics in fluidized bed combustion and gasification of woody biomass
9. 2022 Tayebeh, T. Development of flue gas treatment for small-scale boilers with a focus on particulate matters purification
10. 2022 Papafilippou, N. Modelling of Biomass Syngas Combustion with CFD
11. 2022 Dal Belo Takehara, M. Experimental analysis of a pulverized biomass-fired entrained flow reactor under imposed acoustic oscillations
12. 2021 Sundberg, P. Implication of pellet quality on combustion performance
13. 2021Wang, N. CO2 Separation - from Aqueous Amine Solvent to Ionic Liquid-based solvent
14. 2021 Forsberg, J. Energy transition in transportation: Applying TIMES-based energy system optimisation models to sub-national levels
15. 2021 Nwachukwu, C. M. Utilising forest biomass in iron and steel production – Investigating supply chain and competition aspects
16. 2020 Hannl, T. K. Phosphorus recovery from sewage sludge fluidized bed gasification processes
17. 2020 Lundqvist, P. The indoor thermal climate in residential buildings after energy efficiency measures in a subarctic climate
18. 2020 Häggström, G. Experimental studies of ash transformation processes in thermochemical conversion of P-rich biomass and sludge
19. 2020 Hedayati, A. Ash transformation in single-pellet combustion and gasification of biomass with special focus on phosphorus
20. 2020 Sun, Y. Modeling ionic liquids with ePC-SAFT ─ properties and gas solubilities
21. 2020 Fischer, R. Investigation into sustainable energy systems in Nordic municipalities
22. 2020 Jayawickrama, T., R. Particle-fluid interactions under heterogeneous reactions
23. 2020 Sandberg, E. Capturing Swedish industry transition towards carbon neutrality in a national energy system model
24. 2019 Llamas, A, D. G. Fast devolatilization of biomass: An experimental study using high-speed imaging, relevant for suspension firing technologies
25. 2019 Ma, C. Development of low-cost ionic liquids based technology for CO2 separation External link.
26. 2018 Falk, J. Effect of fuel composition and combustion conditions on phosphorus behavior during combustion of biomass
27. 2018 Phounglamcheik, A. Biocarbon for fossil coal replacement
28. 2018 Jafari, P. H. Numerical Modeling of Cyclone Gasification
29. 2018 Zetterholm, J. Forest Based Biorefinery Supply Chains – Identification and Evaluation of Economic, CO2 and Resource Efficiency
30. 2018 Sefidari, H. Mechanisms of Deposit Formation in the Grate-kiln Process
31. 2016 Jafri, Y. Entrained-Flow Gasification of Black Liquor and Pyrolysis Oil: Experimental and Equilibrium Modelling Studies of Catalytic Co-gasification
32. 2016 Bach Oller, A. Co-gasification of black liquor and pyrolysis oil: Fuel conversion and activity of alkali
33. 2015 He, H. Layer formation on quartz particles during fluidized bed combustion/gasification of woody biomass
34. 2015 Risberg, D. CFD simulation of indoor climate in low energy buildings
35. 2014 Lingebrant, P. Application of Process Integration for Electric Arc Steelmaking
36. 2014 Vesterlund, M. District heating system analysis within the urban transformation of Kiruna
37. 2014 Mesfun, S. Design of integrated industrial sites based on Kraft pulp and paper mills
38. 2014 Xie, Y. CO2 Separation with Ionic Liquids -Property, Gas solubility and Energy consumption
39. 2014 Ma, C. Slag Formation During Pilot-Scale Pressurised Entrained-Flow Gasification of Woody Biomass
40. 2013 Jonsson, C. Deposit formation in the grate-kiln process
41. 2013 Andersson, J. Techno-economic analysis of integrated biomass gasification for green chemical production
42. 2012 Andersson, J.-O. Improving energy use in sawmills: from drying kilns to national impact
43. 2012 Näzelius, I.-L. Influence of peat addition to biomass pellets on combustion characteristics in residential
44. 2012 Etherden, N. Increasing the hosting capacity of distributed energy resources using storage and communication
45. 2012 Yang, K. Wind-turbine harmonic emissions and propagation through a wind farm
46. 2011 Sandberg, J. Process integration as a tool for energy systems analysis: application to LKAB in Kiruna
47. 2011 Nordgren, D. Experimental studies of pulverised biomass combustion: Impacts on ash transformations and process temperature
48. 2011 Göktepe, B. Interaction of sound waves with a swirl stabilized wood powder flame and their effects on flame characteristics
49. 2011 Risberg, M. Black liquor gasification: burner characteristics and syngas cooling
50. 2011 Rönnberg, S. Power line communication and customer equipment
51. 2010 Nordgren, S. Energy analysis of pelletising in a straight grate induration furnace
52. 2009 Carlsson, P. Entrained flow black liquor gasification: detailed experiments and mathematical modelling
53. 2007 Ryman, C. On the use of process integration methods: evaluation of energy and CO2 emission strategies in blast furnace ironmaking and oxygen steelmaking
54. 2006 Lundmark, M., High-frequency noise in power grids, neutral and protective earth
55. 2006 Larsson, A. High frequency distortion in power grids due to electronic equipment
56. 2005 Wang, C. Climate change mitigation through CDM: bioenergy technology and energy efficiency in the steel industry
57. 2005 Ilskog, E. And then they lived sustainably ever after?: Part I, experiences from rural electrification in Tanzania, Zambia and Kenya
58. 2005 Eriksson, G. Combustion of solid waste from wood-based ethanol production
59. 2004 Lindberg, J., Experiments and simulations of lean methane combustion
60. 2004 Leduc, S. Study of the reduction of particle emissions and borate black liquor gasification in bioenergy systems
61. 2003 Wiinikka, H. Particle emissions from wood pellet combustion
62. 2003 Larsson, M. Analysis and optimisation of energy and environmental performance of an integrated steel plant by process integration
63. 2002 Lundgren, J. Performance of a new wood-chips fired boiler for small district heating systems
64. 2001 Johansson, L. The open absorption system: energy savings in different applications
65. 1999 Salman, H. Biomass feeding system for a cyclone gasifier
66. 1999 Hökfors, C. Application of multivariate methods for emission minimization and process optimization in industrial boilers
67. 1999 Sundqvist, T.Title?
68. 1998 Gabra, M. Bagasse gasification in a cyclone gasifier
69. 1996 Veber, P. Studies of the flow pattern in short term hot water storages
70. 1996 Fredriksson, C. Cyclone gasification of wood powder
71. 1991 Westerlund, L. The open absorption system: experimental study of the system and different absorbers
72. 1989 Hermansson, R. Short term water heat storage: an experimental investigation of thermal stratification
73. 1989 Dahl, J. Short term water heat storage: experimental study of temperatures and velocities