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OPTIMIZATION OF THE OXIDIZER REPARTITION IN ORDER TO REDUCE THE NO EMISSIONS IN MUNICIPAL WASTE INCINERATION

机译:为了减少城市垃圾焚烧中的无排放而优化氧化剂更换

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摘要

An experimental study has been conducted with a fixed-bed reactor to simulate, on a laboratory scale, industrial municipal waste incineration. The observation of the combustion regimes established has served to show the impact of the operating conditions on the yields of nitrogen oxide. Two different regimes have been identified, controlled by the airflow rate through the fuel. The present experimental results show that the production of NO seems to be controlled only by the oxygen concentration in the secondary zone of combustion. An increase in total air-flow rate, thus, results in an increase in the yield of NO.
机译:已经用固定床反应器进行了实验研究,以实验室规模模拟工业垃圾的焚化。对建立的燃烧状态的观察已经证明了操作条件对氮氧化物产率的影响。已经确定了两种不同的方式,它们受通过燃料的气流速率的控制。目前的实验结果表明,NO的产生似乎仅受燃烧次级区中氧气浓度的控制。因此,总空气流量的增加导致NO收率的增加。

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