陶瓷过滤器反冲洗压力波动的研究

Shaowu Zhang, Jun Zhao, Jiang Han, Zhijun Hu
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引用次数: 1

摘要

本文分析了陶瓷过滤器在反冲洗涤过程中压力波动的原因,发现减小压力波动需要使用蓄能器或改进配流阀的结构。以TT-12型陶瓷过滤机为例,根据已知条件,通过计算分析,确定了空气压力和蓄能器体积,选择了NXQA-16/10-L-A蓄能器。以TT-45型陶瓷过滤机为例,将分配阀的内部结构由圆形改为腰部,延长了反冲洗时间。结果表明,两种方法均可将压力波动减小到0.02 MPa以内,满足反冲洗涤的要求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research on the pressure fluctuation of ceramic filter backwash
In the present study, we analyzed the origin of pressure fluctuation of ceramic filter during recoiling washing process and found that reducing such pressure fluctuation necessitates the use of an accumulator or the structure improvement of distribution valve. By employing the TT-12 type of ceramic filter machine as an example, according to known conditions and through calculation and analysis, we determined the air pressure and accumulator volume and chose the NXQA-16/10-L-A accumulator. By employing the TT-45 type of ceramic filter machine as an example, changing the internal structure of the distribution valve from round to waist, the backwash time was prolonged. With the use of the two kinds of methods, we demonstrated that the pressure fluctuation was reduced to be within 0.02 MPa, which satisfied the requirements for recoiling washing.
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