Thomas Allgurén

Projektassistent at Chalmers, Space, Earth and Environment, Energy Technology

Thomas Ekvall works with chemistry related to co-combustion of coal and biomass in air and oxy-fuel combustion. The focus is on the alkali related chemistry and how it is affected by the change in flue gas composition going from air to oxy-fuel combustion. The chemistry is studied performing both detailed modelling work and experiments. The experimental part is carried out using the Chalmers 100 kW combustion unit. Thomas also teaches in the course Heat and power systems engineering as part of the Sustainable energy systems master program.

Source: chalmers.se

Projects

2012–2016

Co-firing biomass and coal in oxy-fuel combustion – investigating the effects on high-temperature corrosion

Klas Andersson Energy Technology
Thomas Ekvall Energy Technology
Henrik Thunman Energy Technology
Filip Johnsson Energy Technology
Fredrik Normann Energy Technology
Swedish Research Council (VR)

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Publications

2017

Influence of KCI and SO2 on NO Formation in C3H8 Flames

Thomas Allgurén, Klas Andersson
Energy & Fuels. Vol. 31 (10), p. 11413-11423
Journal article
2017

K–Cl–S chemistry in air and oxy-combustion atmospheres

Thomas Allgurén, Klas Andersson, Tomas Leffler et al
Proceedings of the Combustion Institute. Vol. 36 (3), p. 4011-4018
Journal article
2017

NO FORMATION AND REDUCTION IN FLAMES WITH HIGH FEED GAS OXYGEN CONCENTRATIONS

Thomas Allgurén, Klas Andersson
The Proceedings of the 42nd International Technical Conference on Clean Energy
Conference contribution
2017

Chemical interactions between NO, KCl and SO2 in C3H8 flames

Thomas Allgurén, Klas Andersson
The Proceedings of the 42nd International Technical Conference on Clean Energy
Conference contribution
2017

Formation and Reduction of NO in Flames with High Feed Gas Oxygen Concentrations

Klas Andersson, Thomas Allgurén
The 2017 International Pittsburgh Coal Conference Proceedings
Conference contribution
2017

Experimentally Observed Influences of KCl and SO2 on CO Oxidation in an 80 kW Oxy-Propane Flame

Thomas Allgurén, Klas Andersson
The 2017 International Pittsburgh Coal Conference Proceedings
Conference contribution
2016

The use of waste fractions for co-combustion in an aluminium recovery smelter

Thomas Allgurén, Pascal Scherz, Henrik Jilvero et al
Conference contribution
2016

THE INFLUENCE OF KCl AND SO2 ON CO OXIDATION AND NOX FORMATION

Thomas Allgurén
Conference poster
2016

Interactions between SO2 and KCl -A comparison between air and oxy-fuel combustion

Thomas Allgurén, Klas Andersson
Conference contribution
2015

Alkali sulphation in flames

Thomas Allgurén
Conference contribution
2015

Alkali sulphation in flames

Thomas Allgurén
Conference contribution
2014

CO-KCl-SO2 interactions in an 80 kW propane-fired flame

Thomas Allgurén, Klas Andersson, Filip Johnsson
the proceedings of the Impacts of Fuel Quality on Power production conference, 2014, p. 13-
Conference contribution
2014

In-flame reduction of NOx in oxy-propane combustion at high inlet oxygen concentrations: the importance of soot-NOx interactions

Giovanni Nizzola, Thomas Allgurén, Fredrik Normann et al
Conference contribution
2014

High-Temperature Corrosion Chemistry in Oxy-Fuel Combustion

Thomas Allgurén
Licentiate thesis
2014

Modeling the Alkali Sulfation Chemistry of Biomass and Coal Co-firing in Oxy-fuel Atmospheres

Thomas Allgurén, Fredrik Normann, Klas Andersson et al
Energy & Fuels. Vol. 28 (5), p. 3486-3494
Journal article
2013

Sulphation of potassium chloride in air and oxy-fuel combustion

Thomas Allgurén, Fredrik Normann, Klas Andersson et al
Conference contribution
2013

Sulphation of KCl in Oxy-Fuel Combustion

Thomas Allgurén
Conference poster
2011

Using Low-Cost Iron-Based Materials as Oxygen Carriers for Chemical Looping Combustion

Erik Jerndal, Henrik Leion, Louise Lundberg et al
Oil and Gas Science and Technology. Vol. 66 (2), p. 235-248
Journal article