Razvojem tehnike i tehnologije javlja se potreba za većom proizvodnjom energije. Iako se danas uvode u upotrebu i drugi izvori energije, još uvek je najzastupljenije dobijanje energije u procesu sagorevanja goriva. Zbog visokih temperatura koje nastaju pri sagorevanje dolazi do velike emisije NOx oksida. U ovom radu opisane su mere i metode kojima je moguće smanjiti emisiju NOx u procesima dobijanja stakla.
The nitrogen oxides emitted to atmosphere effect significantly on formation of photochemical smog, acidic rains and destroying of ozone shell of the earth. Therefore, the regulations for limited emission of nitrogen oxides to atmosphere become very strict. Glass manufacturing is a high-temperature, energy-intensive activity, because of the high temperature NOx emissions are extremely high. NOx emissions could be reduced by primary process modifications measures end secondary post-combustion measures. Primary process modifications are usually based on the following techniques: stoichiometric combustion and advanced burners systems, staged combustion (air- or fuelstaged), recircylation of flue gasses.
TY - JOUR
AU - Nikolić, Jelena
AU - Tošić, Mihajlo B.
AU - Živanović, Vladimir D.
AU - Matijašević, Srđan
AU - Živanovć, Deana B.
AU - Grujić, Snežana R.
AU - Ždrale, Sonja
PY - 2011
UR - https://ritnms.itnms.ac.rs/handle/123456789/192
AB - Razvojem tehnike i tehnologije javlja se potreba za većom proizvodnjom energije. Iako se danas uvode u upotrebu i drugi izvori energije, još uvek je najzastupljenije dobijanje energije u procesu sagorevanja goriva. Zbog visokih temperatura koje nastaju pri sagorevanje dolazi do velike emisije NOx oksida. U ovom radu opisane su mere i metode kojima je moguće smanjiti emisiju NOx u procesima dobijanja stakla.
AB - The nitrogen oxides emitted to atmosphere effect significantly on formation of photochemical smog, acidic rains and destroying of ozone shell of the earth. Therefore, the regulations for limited emission of nitrogen oxides to atmosphere become very strict. Glass manufacturing is a high-temperature, energy-intensive activity, because of the high temperature NOx emissions are extremely high. NOx emissions could be reduced by primary process modifications measures end secondary post-combustion measures. Primary process modifications are usually based on the following techniques: stoichiometric combustion and advanced burners systems, staged combustion (air- or fuelstaged), recircylation of flue gasses.
PB - Savez inženjera i tehničara Srbije, Beograd
T2 - Tehnika
T1 - Mere i metode za smanjenja emisije oksida azota iz peći za topljenje stakla
T1 - Measures and methods for NOx reduction from glass-melting furnaces
EP - 398
IS - 3
SP - 393
VL - 66
UR - conv_3
ER -
@article{
author = "Nikolić, Jelena and Tošić, Mihajlo B. and Živanović, Vladimir D. and Matijašević, Srđan and Živanovć, Deana B. and Grujić, Snežana R. and Ždrale, Sonja",
year = "2011",
abstract = "Razvojem tehnike i tehnologije javlja se potreba za većom proizvodnjom energije. Iako se danas uvode u upotrebu i drugi izvori energije, još uvek je najzastupljenije dobijanje energije u procesu sagorevanja goriva. Zbog visokih temperatura koje nastaju pri sagorevanje dolazi do velike emisije NOx oksida. U ovom radu opisane su mere i metode kojima je moguće smanjiti emisiju NOx u procesima dobijanja stakla., The nitrogen oxides emitted to atmosphere effect significantly on formation of photochemical smog, acidic rains and destroying of ozone shell of the earth. Therefore, the regulations for limited emission of nitrogen oxides to atmosphere become very strict. Glass manufacturing is a high-temperature, energy-intensive activity, because of the high temperature NOx emissions are extremely high. NOx emissions could be reduced by primary process modifications measures end secondary post-combustion measures. Primary process modifications are usually based on the following techniques: stoichiometric combustion and advanced burners systems, staged combustion (air- or fuelstaged), recircylation of flue gasses.",
publisher = "Savez inženjera i tehničara Srbije, Beograd",
journal = "Tehnika",
title = "Mere i metode za smanjenja emisije oksida azota iz peći za topljenje stakla, Measures and methods for NOx reduction from glass-melting furnaces",
pages = "398-393",
number = "3",
volume = "66",
url = "conv_3"
}
Nikolić, J., Tošić, M. B., Živanović, V. D., Matijašević, S., Živanovć, D. B., Grujić, S. R.,& Ždrale, S.. (2011). Mere i metode za smanjenja emisije oksida azota iz peći za topljenje stakla. in Tehnika
Savez inženjera i tehničara Srbije, Beograd., 66(3), 393-398.
conv_3
Nikolić J, Tošić MB, Živanović VD, Matijašević S, Živanovć DB, Grujić SR, Ždrale S. Mere i metode za smanjenja emisije oksida azota iz peći za topljenje stakla. in Tehnika. 2011;66(3):393-398.
conv_3 .
Nikolić, Jelena, Tošić, Mihajlo B., Živanović, Vladimir D., Matijašević, Srđan, Živanovć, Deana B., Grujić, Snežana R., Ždrale, Sonja, "Mere i metode za smanjenja emisije oksida azota iz peći za topljenje stakla" in Tehnika, 66, no. 3 (2011):393-398,
conv_3 .
