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Advanced furnace system for coal-fired boilers in Siberia and the maritime region
Tests conducted on two TP-85 boilers at the Irkutsk TÉTs-9 heat and electric power plant show that two technological methods for reduction of NOx emissions, concentric firing and stepwise air feed, can lower the concentration of nitrogen oxides to 300 – 400 mg/$ m^{3} $ during burning of the brown and high-reactivity coals of eastern Siberia.
Advanced furnace system for coal-fired boilers in Siberia and the maritime region
Tests conducted on two TP-85 boilers at the Irkutsk TÉTs-9 heat and electric power plant show that two technological methods for reduction of NOx emissions, concentric firing and stepwise air feed, can lower the concentration of nitrogen oxides to 300 – 400 mg/$ m^{3} $ during burning of the brown and high-reactivity coals of eastern Siberia.
Advanced furnace system for coal-fired boilers in Siberia and the maritime region
Ryzhii, I. A. (author) / Kotler, V. R. (author)
2012
Article (Journal)
Electronic Resource
English
BKL:
56.30
Wasserbau
/
56.30$jWasserbau
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