对PFBC装置中旋风分离器的高温性能进行了研究

Shi Mingxian, Liu Junren, Liu Guorong, Jin Youhai, Yao Zhibiao, Liu Qianxin
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引用次数: 2

摘要

由三个串联旋风分离器组成的高温气体净化系统在1 Mwt PFBC中试装置上运行了500小时,令人满意。该系统的总收集效率为99 ~ 99.3%。净化气流中的飞灰浓度降至2×10−4 kg/m3 (N)以下,无大于10μm的颗粒。第二级旋风分离器为新研制的Φ 240mm PV型旋风分离器,并进行了尺寸优化。其实测切割尺寸为1.2μm,考虑压降的阻力系数约为12。三级多旋风分离器由3根Φ100 EPVC - I型旋风管组成,其对8μm颗粒的收集效率约为99.5%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The cyclone separators performances under high temperature in PFBC unit

A high temperature gas cleanup system, which consisted of three cyclone separators in series, has operated satisfactorily through 500 hours in a 1 Mwt PFBC pilot test unit. The total collection efficiency of this system was 99–99.3%. The fly ash concentration in cleaned gas stream reduced to values below 2×10−4 kg/m3 (N) and there are no particles larger than 10μm. The second stage cyclone is the newly developed Φ 240mm PV type cyclone separator with dimensions optimized. Its measured cut size is 1.2μm and the resistance coefficient considering pressure drop about 12. The third stage multicyclone separator consists of three Φ100 EPVC — I type cyclone tubes and its collection efficiency of 8μm particle is about 99.5%.

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