“…The existing methods of catalytic purification of flue gases from nitrogen oxides are based on NOx reduction by the following reducing agents: ammonia, hydrocarbons, carbon monoxide, etc. [15][16][17]. The literature analysis shows that the most promising catalytic systems are individual or mixed transition metal oxides.…”
Section: The Technology Used Equipment Results Of Testsmentioning
Results of development of technologies for purification of coal-fired power plants from nitrogen and sulfur oxides in the frame of Russian-Chinese Project No. 14.583.21.0004 are presented.
“…The existing methods of catalytic purification of flue gases from nitrogen oxides are based on NOx reduction by the following reducing agents: ammonia, hydrocarbons, carbon monoxide, etc. [15][16][17]. The literature analysis shows that the most promising catalytic systems are individual or mixed transition metal oxides.…”
Section: The Technology Used Equipment Results Of Testsmentioning
Results of development of technologies for purification of coal-fired power plants from nitrogen and sulfur oxides in the frame of Russian-Chinese Project No. 14.583.21.0004 are presented.
“…Since convection mechanism at A dominates and the corresponding temperature cools down far more slowly than B, it can be seen that during thermal spraying, the heat conduction effect is more markedly than the convection effect. Curve C corresponding to the temperature change process of the substrate undergoes two stages: heating and cooling [14,15].…”
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