Abstract
The objective is to perform an experimental and theoretical study of the reburning and hybrid reburning/SNCR chemistry in the 1000-1500 K range. During the course of the planned, 3-year project interactions between hydrocarbon and nitrogen chemistry under fuel-rich conditions and temperatures below 1500 K will be investigated. The NO{sub x} reduction potential of low temperature reburning will be evaluated. The oxidation of the reactive nitrogen intermediates formed in the reburning zone will be analyzed, and the possibilities of enhancing the conversion to N{sub 2} instead of NO by adding selective reducing agents (hybrid reburning/SNCR) will be investigated. The results will be important for outlining strategies to improve NO{sub x} reduction in various reburning configurations. This report presents the results of the first year of the study. (AB)
Glarborg, P;
Dam-Johansen, K;
Kristensen, P G
[1]
- Technical University of Denmark. Department of Chemical Engineering, Lyngby (Denmark)
Citation Formats
Glarborg, P, Dam-Johansen, K, and Kristensen, P G.
Low temperature nitrogen chemistry. Annual report 1994.
Denmark: N. p.,
1995.
Web.
Glarborg, P, Dam-Johansen, K, & Kristensen, P G.
Low temperature nitrogen chemistry. Annual report 1994.
Denmark.
Glarborg, P, Dam-Johansen, K, and Kristensen, P G.
1995.
"Low temperature nitrogen chemistry. Annual report 1994."
Denmark.
@misc{etde_10153126,
title = {Low temperature nitrogen chemistry. Annual report 1994}
author = {Glarborg, P, Dam-Johansen, K, and Kristensen, P G}
abstractNote = {The objective is to perform an experimental and theoretical study of the reburning and hybrid reburning/SNCR chemistry in the 1000-1500 K range. During the course of the planned, 3-year project interactions between hydrocarbon and nitrogen chemistry under fuel-rich conditions and temperatures below 1500 K will be investigated. The NO{sub x} reduction potential of low temperature reburning will be evaluated. The oxidation of the reactive nitrogen intermediates formed in the reburning zone will be analyzed, and the possibilities of enhancing the conversion to N{sub 2} instead of NO by adding selective reducing agents (hybrid reburning/SNCR) will be investigated. The results will be important for outlining strategies to improve NO{sub x} reduction in various reburning configurations. This report presents the results of the first year of the study. (AB)}
place = {Denmark}
year = {1995}
month = {Jan}
}
title = {Low temperature nitrogen chemistry. Annual report 1994}
author = {Glarborg, P, Dam-Johansen, K, and Kristensen, P G}
abstractNote = {The objective is to perform an experimental and theoretical study of the reburning and hybrid reburning/SNCR chemistry in the 1000-1500 K range. During the course of the planned, 3-year project interactions between hydrocarbon and nitrogen chemistry under fuel-rich conditions and temperatures below 1500 K will be investigated. The NO{sub x} reduction potential of low temperature reburning will be evaluated. The oxidation of the reactive nitrogen intermediates formed in the reburning zone will be analyzed, and the possibilities of enhancing the conversion to N{sub 2} instead of NO by adding selective reducing agents (hybrid reburning/SNCR) will be investigated. The results will be important for outlining strategies to improve NO{sub x} reduction in various reburning configurations. This report presents the results of the first year of the study. (AB)}
place = {Denmark}
year = {1995}
month = {Jan}
}