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Reconstruction of the aero-mixture channels of the pulverized coal plant of the 100MW power plant unit

机译:改造100MW机组粉煤机混合气通道

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After the last revitalization of thermal power block of 100 MW in TPP “Kostolac A”, made in the year 2004, during the operation of the plant, pulverized coal deposition often occurred in horizontal sections of the aero-mixture channels. Deposition phenomenon manifested itself in places ahead of spherical compensators in the direction of flow of pulverized coal to the burners, due to unfavorable configuration of these channels. Coal dust deposited in the channels dried and spontaneously combusted, causing numerous damage to channels and its isolation as well as the frequent stoppage of the operation for necessary interventions. The paper presents the original solution of reconstruction of aero-mixture channels which prevented deposition of coal dust and its eventual ignition. In this way the reliability of the mill plant is maximized and higher availability of boiler and block as a whole is achieved.
机译:在2004年TPP“ Kostolac A”电厂最后一次振兴100兆瓦的火力发电厂之后,在电厂运行期间,煤粉沉积经常发生在空气混合通道的水平段。由于这些通道的不利构造,在粉状煤流向燃烧器的方向上,在球形补偿器之前的位置表现出沉积现象。沉积在通道中的煤尘会干燥并自燃,对通道造成许多损害并使其隔离,并经常停止运行以进行必要的干预。本文提出了一种航空混合物通道重建的原始解决方案,该方法可以防止煤尘的沉积和最终点燃。通过这种方式,可以最大限度地提高工厂的可靠性,并提高锅炉和砌块的整体利用率。

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