Marcus Öhman

Titel: Professor, Ämnesföreträdare
Organisation: Luleå tekniska universitet
Forskningsämne: Energiteknik
Avdelning: Energivetenskap
Enhet: Institutionen för teknikvetenskap och matematik
E-post: marcus.ohman@ltu.se
Telefon: 0920-491977
Rum: E145 - Luleå »
Ort: Luleå

Allmänt

Degrees in energy engineering and inorganic-/thermal process chemistry. PhD in high temperature chemistry (Umeå University) and Associate Professor (Docent) in thermo-chemical energy conversion (Umeå University). More than twenty years’ experience of R&D work in the area of thermo-chemical biomass conversion both at the Division of Energy Science at Luleå University of Technology (Chaired Prof 2007- ), the Department of Inorganic Chemistry/Energy Technology and Thermal Process Chemistry at Umeå University (Assistant Professor 2003-2006, Senior Lecturer 2003, Adj. Senior Lecturer 2002-2003, Ph D student 1995-1999, Project Assistant 1993-1994), the Energy Technology Center in Piteå (Research Leader 2006, Laboratory Manager/Senior Scientist 1999-2003, Development Manager 1997-1998) and in my own company (1997-2001). Extensive and close collaboration with industry and institutes, especially LKAB, Skellefteå Kraft AB, Vattenfall, Andritz, Sibelco, Bioenergy 2020+, ETC, Swerea-MEFOS, SP, VTT, Sintef and local, regional and national small to medium-sized enterprises.

Member or previous member of several different program and company boards (Energy technology centre in Piteå, SP Energy Technology Center AB, Swedish cente for biomass gasification, Black liquor gasification program, Etanol Pilot i Sverige AB, f3) and steering groups and evaluation panels (Bio4Energy, Hjalmar Lundbohm Research Center for mining and metallurgy, Swedish research council - Infrastructure for research on the earth and its near surroundings, Swedish thermal foundation).

Presently (since 2007), chaired Professor in Energy Engineering and Head of Division, Division of Energy Science at Luleå University of Technology.

Forskningsområden

More than twenty years’ experience of R&D work in the area of thermo-chemical biomass conversion; including ash related problems (e.g. bed agglomeration, slagging, fouling, corrosion) ash formation processes (e.g. P, K-recovery), fuel characterization, combustion/gasification characterization, gaseous- and particle emissions, pollution control, thermo-chemical modelling.

Undervisning

F7010T Fuels, combustion and gasification technologies

F7013T Energy technology, project course

W0016T Fuels and combustion technologies

Intressen

Outdoor life, Fishing, Hunting, Running

Publikationer

Artikel i tidskrift
He, H et al.

Mechanism of Quartz Bed Particle Layer Formation in Fluidized Bed Combustion of Wood-Derived Fuels

2016
Ingår i Energy & Fuels, ISSN 0887-0624
Artikel i tidskrift
Kuba, M et al.

Mechanism of Layer Formation on Olivine Bed Particles in Industrial-Scale Dual Fluid Bed Gasification of Wood

2016
Ingår i Energy & Fuels, ISSN 0887-0624
Artikel i tidskrift
Kuba, M et al.

Thermal stability of bed particle layers on naturally occurring minerals from dual fluid bed gasification of woody biomass

2016
Ingår i Energy & Fuels, ISSN 0887-0624
Artikel i tidskrift
Ma, C et al.

Ash formation in pilot-scale pressurized entrained-flow gasification of bark and a bark/peat mixture.

2016
Ingår i Energy & Fuels, ISSN 0887-0624
Artikel i tidskrift
Ma, C et al.

Thermochemical equilibrium study of slag formation during pressurized entrained-flow gasification of woody biomass

2015
Ingår i Energy & Fuels, ISSN 0887-0624
Hitta fler i publikationsportalen

Publicerad: 14 februari 2007

Uppdaterad: 22 maj 2016

 

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