Staged combustion of air-blown biomass gasification gas in gas turbines: a kinetic modelling study of nitrogen oxide control

Pia Kilpinen, E. Coda Zabetta, Mikko Hupa, Krister Ståhl, Jukka Leppälahti, Mike Cannon, Jorma Nieminen

Research output: Contribution to journalArticleScientific

2 Citations (Scopus)

Abstract

Detailed chemical kinetic modelling has been used to study the formation of nitrogen oxides at gas turbine combustion chamber conditions. A biomass-derived gasification gas from an air-blown IGCC plant has been used as fuel. The aim has been to give guidance of operating conditions in the gas turbine combustion chamber that lead to minimum NOx emissions when an air staging technique is applied. The sensitivity of NOx formation to various operating and mixing parameters is illustrated. The work belongs to a larger international project partly funded by the European Commission through its Joule Programme.
Original languageEnglish
Pages (from-to)167-176
JournalVDI-Berichte
Issue number1438
Publication statusPublished - 1998
MoE publication typeB1 Article in a scientific magazine

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Nitrogen oxides
Combustion chambers
Gasification
Gas turbines
Biomass
Kinetics
Air
Gases
Reaction kinetics

Keywords

  • gasification

Cite this

Kilpinen, P., Coda Zabetta, E., Hupa, M., Ståhl, K., Leppälahti, J., Cannon, M., & Nieminen, J. (1998). Staged combustion of air-blown biomass gasification gas in gas turbines: a kinetic modelling study of nitrogen oxide control. VDI-Berichte, (1438), 167-176.
Kilpinen, Pia ; Coda Zabetta, E. ; Hupa, Mikko ; Ståhl, Krister ; Leppälahti, Jukka ; Cannon, Mike ; Nieminen, Jorma. / Staged combustion of air-blown biomass gasification gas in gas turbines : a kinetic modelling study of nitrogen oxide control. In: VDI-Berichte. 1998 ; No. 1438. pp. 167-176.
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abstract = "Detailed chemical kinetic modelling has been used to study the formation of nitrogen oxides at gas turbine combustion chamber conditions. A biomass-derived gasification gas from an air-blown IGCC plant has been used as fuel. The aim has been to give guidance of operating conditions in the gas turbine combustion chamber that lead to minimum NOx emissions when an air staging technique is applied. The sensitivity of NOx formation to various operating and mixing parameters is illustrated. The work belongs to a larger international project partly funded by the European Commission through its Joule Programme.",
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Kilpinen, P, Coda Zabetta, E, Hupa, M, Ståhl, K, Leppälahti, J, Cannon, M & Nieminen, J 1998, 'Staged combustion of air-blown biomass gasification gas in gas turbines: a kinetic modelling study of nitrogen oxide control', VDI-Berichte, no. 1438, pp. 167-176.

Staged combustion of air-blown biomass gasification gas in gas turbines : a kinetic modelling study of nitrogen oxide control. / Kilpinen, Pia; Coda Zabetta, E.; Hupa, Mikko; Ståhl, Krister; Leppälahti, Jukka; Cannon, Mike; Nieminen, Jorma.

In: VDI-Berichte, No. 1438, 1998, p. 167-176.

Research output: Contribution to journalArticleScientific

TY - JOUR

T1 - Staged combustion of air-blown biomass gasification gas in gas turbines

T2 - a kinetic modelling study of nitrogen oxide control

AU - Kilpinen, Pia

AU - Coda Zabetta, E.

AU - Hupa, Mikko

AU - Ståhl, Krister

AU - Leppälahti, Jukka

AU - Cannon, Mike

AU - Nieminen, Jorma

PY - 1998

Y1 - 1998

N2 - Detailed chemical kinetic modelling has been used to study the formation of nitrogen oxides at gas turbine combustion chamber conditions. A biomass-derived gasification gas from an air-blown IGCC plant has been used as fuel. The aim has been to give guidance of operating conditions in the gas turbine combustion chamber that lead to minimum NOx emissions when an air staging technique is applied. The sensitivity of NOx formation to various operating and mixing parameters is illustrated. The work belongs to a larger international project partly funded by the European Commission through its Joule Programme.

AB - Detailed chemical kinetic modelling has been used to study the formation of nitrogen oxides at gas turbine combustion chamber conditions. A biomass-derived gasification gas from an air-blown IGCC plant has been used as fuel. The aim has been to give guidance of operating conditions in the gas turbine combustion chamber that lead to minimum NOx emissions when an air staging technique is applied. The sensitivity of NOx formation to various operating and mixing parameters is illustrated. The work belongs to a larger international project partly funded by the European Commission through its Joule Programme.

KW - gasification

M3 - Article

SP - 167

EP - 176

JO - VDI-Berichte

JF - VDI-Berichte

SN - 0083-5560

IS - 1438

ER -

Kilpinen P, Coda Zabetta E, Hupa M, Ståhl K, Leppälahti J, Cannon M et al. Staged combustion of air-blown biomass gasification gas in gas turbines: a kinetic modelling study of nitrogen oxide control. VDI-Berichte. 1998;(1438):167-176.