工业污染治理中聚四氟乙烯成品滤料的细颗粒排放与老化行为

A. Mukhopadhyay, Harshad S. Bawane
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引用次数: 8

摘要

本文研究了两种不同的过滤介质,即经过PTFE整理的聚酯滤布和未经整理的聚酯滤布,以及两种不同的粉尘浓度(50和150 g/m 3)对工业脉冲射流过滤过程性能的影响。织物按照ISO - 11057标准进行测试,在测量阶段进行200次脉冲循环。在质量浓度(PM 2.5, PM 10)和粒子数浓度方面,使用PTFE完成的过滤介质与未完成的过滤介质相比,排放量大大降低。在使用聚四氟乙烯处理的织物时,特别是在较高的粉尘浓度下,外向颗粒数大大减少。下游侧的粒径分布反映了PTFE精加工过滤器尤其有利于捕获极细颗粒。在过滤操作的测量阶段,与未完成的织物相比,PTFE整理织物也表现出更低的残余压降。此外,PTFE经整理织物的残余压降随时间的变化趋势也很稳定。上述织物比未经整理的织物更早稳定(老化),因此有望在更长的时间内提供更一致的过滤行为。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Emission of Fine Particles and Ageing Behavior of PTFE Finished Filter Media during Industrial Pollution Control
Present study embodies the effect of two different filter media viz. polyester filter fabric treated with PTFE finish and polyester fabric filter without finish, and two different dust concentration (50 and 150 g/m 3 ) on industrial pulse-jet filtration process performance. The fabrics were tested based on ISO - 11057 Standard, while conducting 200 pulsing cycles at measuring phase. Emission in terms of mass concentration (PM 2.5 , PM 10 ) and number particle concentration are substantially lower while using PTFE finished filter media in comparison to media without finish. Outgoing particle number largely reduced while using PTFE treated fabrics particularly at higher dust concentration. The particle size distribution in the downstream side reflects that use of PTFE finish filter is particularly more beneficial for capturing very fine particle. PTFE finish fabric also exhibit lower residual pressure drop as compared to unfinished fabric during measuring phase of filtration operation. Further it was also evident that the trend of residual pressure drop with time is quite stable for PTFE finished fabrics. The said fabric get stable (age) earlier than without finish, hence expected to provide more consistent filtration behaviour for longer time.
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