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Umeå University
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Staff photo Linda Pommer

Linda Pommer

I work with teaching and as study director. I also work as a coordinator at the Industrial Doctoral School.

Contact

E-mail
linda.pommer@umu.se
Phone
+46 90 786 80 59, +46 70 239 26 91

Works as

Affiliation
Associate professor at Department of Applied Physics and Electronics
Location
Visiting address, view map
Kollegialt, studerandeaktivt lärande för förbättrat individuellt skrivande
Bidrag från den 9:e utvecklingskonferensen för Sveriges ingenjörsutbildningar, Västerås: Mälardalens universitet 2023 : 27-28
Pommer, Linda; Bränberg, Agneta
Medtech innovation guide: an empiric model to support medical technology innovation
Health and Technology, Springer 2022, Vol. 12, (5) : 911-922
Mejtoft, Thomas; Lindahl, Olof; Öhberg, Fredrik; et al.
Off-gassing from pilot-scale torrefied pine wood chips: impact of torrefaction severity, cooling technology, and storage time
Fuel processing technology, Elsevier 2020, Vol. 202
Borén, Eleonora; Pommer, Linda; Nordin, Anders; et al.
Kan en branschspecifik innovationsmodell öka ”success rate” för medicintekniska innovationer?
Medicinteknikdagarna 2019, Linköping, Sweden, 2-3 oktober, 2019
Mejtoft, Thomas; Andersson, Britt M.; Pommer, Linda; et al.
Combined effects of torrefaction and pelletization parameters on the quality of pellets produced from torrefied biomass
Applied Energy, Elsevier 2017, Vol. 191 : 414-424
Rudolfsson, Magnus; Borén, Eleonora; Pommer, Linda; et al.
Entrained flow gasification of torrefied lignocellulosic biomass
Papers of the 24TH European Biomass Conference: Setting the Course for a Biobased Economy, Amsterdam: ETA Florence Renewable Energies 2016 : 1138-1142
Khwaja, Salik; Weiland, Fredrik; Pettersson, Esbjorn; et al.
Biochemical Conversion of Torrefied Norway Spruce After Pretreatment with Acid or Ionic Liquid
Bioenergy Research, Vol. 9, (1) : 355-368
Normark, Monica; Pommer, Linda; Gräsvik, John; et al.
Evaluation of solvent for pressurized liquid extraction of PCDD, PCDF, PCN, PCBz, PCPh and PAH in torrefied woody biomass
Fuel, Vol. 154 : 52-58
Gao, Qiuju; Haglund, Peter; Pommer, Linda; et al.
Effects of temperature and residence time on continuous torrefaction of spruce wood
Fuel processing technology, Vol. 134 : 387-398
Strandberg, Martin; Olofsson, Ingemar; Pommer, Linda; et al.
Syngas production by combined biomass gasification and in situ biogas reforming
Energy & Fuels, Vol. 29, (6) : 3725-3731
Åberg, Katarina; Pommer, Linda; Nordin, Anders
NIR provides excellent predictions of properties of biocoal from torrefaction and pyrolysis of biomass
Green Chemistry, Vol. 16, (12) : 4906-4913
Lestander, Torbjörn A.; Rudolfsson, Magnus; Pommer, Linda; et al.
Thermal decomposition of hemicelluloses
Journal of Analytical and Applied Pyrolysis, Vol. 110 : 130-137
Werner, Kajsa; Pommer, Linda; Broström, Markus
Quality assurance of torrefied biomass using RGB, visual and near infrared (hyper) spectral image data
Journal of Near Infrared Spectroscopy, Vol. 22, (2) : 129-139
Wiklund Lindström, Susanne; Nilsson, David; Nordin, Anders; et al.
Defining the temperature regime of gaseous degradation products of Norway spruce
21nd European Biomass Conference and Exhibition, Copenhagen, June, 2013, ETA Florens Renewable Energies, 2013
Borén, Eleonora; Broström, Markus; Kajsa, Werner; et al.
Comprehensive study of the thermal decomposition of different hemicelluloses
European Biomass Conference and Exhibition Proceedings: 21nd European Biomass Conference and Exhibition, ETA-Florens Renewable Energies 2013 : 944-946
Werner, Kajsa; Borén, Eleonora; Broström, Markus; et al.
Influence of torrefaction on the devolatilization and oxidation kinetics of wood
Journal of Analytical and Applied Pyrolysis, Vol. 96 : 100-109
Brostrom, Markus; Nordin, Anders; Pommer, Linda; et al.
Biomass conversion through torrefaction
Technologies for converting biomass to useful energy: combustion, gasification, pyrolysis, torrefaction and fermentation, CRC Press 2012 : 217-244
Nordin, Anders; Pommer, Linda; Olofsson, Ingemar; et al.
Mechanisms behind the positive effects on bed agglomeration and deposit formation combusting forest residue with peat additives in fluidized beds
Energy & Fuels, American Chemical Society 2009, Vol. 23, (9) : 4245-4253
Pommer, Linda; Öhman, Marcus; Boström, Dan; et al.
Soil Remediation – Mercury Speciation in Soil and Vapor Phase During Thermal Treatment
Water, Air and Soil Pollution, Springer 2008, Vol. 193, (1-4) : 155-163
Taube, Fabian; Pommer, Linda; Larsson, Tom; et al.
Ozonolysis of monoterpenes in mechanical ventilation systems
ATMOSPHERIC ENVIRONMENT, Vol. 39, (34) : 6315-25
Fick, Jerker; Pommer, Linda; Åstrand, Anders; et al.
Bed agglomeration characteristics and mechanisms during gasification and combustion of biomass fuels
Energy & Fuels, Vol. 19, (4) : 1742-1748
Pommer, Linda; Öhman, Marcus; Nordin, Anders
The influence of O3, relative humidity, NO and NO2 on the oxidation of α-pinene and Δ3-carene
Journal of Atmospheric Chemistry, Dordrecht: Kluwer Academic Publishers 2004, Vol. 48, (2) : 173-189
Pommer, Linda; Fick, Jerker; Andersson, Barbro; et al.
An experimental comparison of a kinetic model for the reaction of α-pinene and Δ3-carene with ozone and nitrogen oxides
Indoor Air, Köpenhamn: Blackwell Munksgaard 2004, Vol. 14, (S8) : 75-83
Pommer, Linda; Fick, Jerker; Nilsson, Calle; et al.
Class separation of buildings with high and low prevalence of SBS by principal component analysis
Indoor Air, John Wiley & Sons 2004, Vol. 14, (1) : 16-23
Pommer, Linda; Fick, Jerker; Sundell, J; et al.
Effect of OH radicals, relative humidity, and time on the composition of the products formed in the ozonolysis of α-pinene
Atmospheric Environment, Vol. 37, (29) : 4087-96
Fick, Jerker; Pommer, Linda; Nilsson, Calle; et al.
Oxidation of terpenes in indoor environments: A study of influencing factors
Umeå: Ekologi och geovetenskap 2003
Pommer, Linda
A study of the gas-phase ozonolysis of terpenes: the impact of radicals formed during the reaction
Atmospheric Environment, Vol. 36, (20) : 3299-3308
Fick, Jerker; Pommer, Linda; Andersson, Barbro; et al.
Development of a NO2 scrubber for accurate sampling of ambient levels of terpenes
Atmospheric Environment, Vol. 36, (9) : 1443-1452
Pommer, Linda; Fick, Jerker; Andersson, Barbro; et al.
Ozone Removal in the Sampling of Parts per Billion Levels of Terpenoid Compounds: An Evaluation of Different Scrubber Materials
Environmental Science & Technology, Vol. 35, (7) : 1458-62
Fick, Jerker; Pommer, Linda; Andersson, Barbro; et al.
Off-gassing from 16 pilot-scale produced pellets assortments of torrefied pine: impact of torrefaction severity, storage time, pelletization parameters, and pellet quality
Borén, Eleonora; Rudolfsson, Magnus; Nordin, Anders; et al.
The effect of mechanical ventilation systems on the chemistry in the supply air
Fick, Jerker; Pommer, Linda; Åstrand, Anders; et al.
Oxygen enhanced torrefaction - An initial feasibility study
Olofsson, Ingemar; Strandberg, Martin; Pommer, Linda; et al.
Evaluation of existing and new approaches to determine degree of torrefaction
Strandberg, Martin; Olofsson, Ingemar; Pommer, Linda; et al.
Effects of temperature and residence time on torrefaction of spruce wood
Strandberg, Martin; Olofsson, Ingemar; Pommer, Linda; et al.
Hydrogen and carbon separation by low-temperature slow pyrolysis of biomass: experimental validation
Åberg, Katarina; Borén, Eleonora; Pommer, Linda; et al.
Pilot scale experimental validation of the Bio2fuels low-temperature slow pyrolysis system concept
Åberg, Katarina; Khwaja, Salik; Pommer, Linda; et al.
Torrefaction and gasification of lignocellulosic hydrolysis residue from bio-ethanol production
Åberg, Katarina; Lindh, Ingemar; Kollberg, Kristoffer; et al.
Low-temperature slow pyrolysis of biomass for H2-enriched syngas production and carbon negativity
Åberg, Katarina; Pommer, Linda; Nordin, Anders
Syngas production by combined biomass gasification and in-situ methane reforming
Åberg, Katarina; Pommer, Linda; Nordin, Anders
View publications in DiVA

Research projects

1 September 2020 until 28 February 2022
MT4North - Business model