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Performance of the NF-RDM (Rotary Disk Membrane) module for the treatment of landfill leachate

机译:NF-RDM(转盘膜)模块处理垃圾渗滤液的性能

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摘要

This study was to investigate the performance of NF-RDM (Rotary Disk Membrane) module for the treatment of landfill leachate with high organic concentration. In the various TS concentrations, the optimal rotating speed was around 400 rpm. In the volume reduction test to minimize the concentrate quantity, the flux decreased by 43.4% (17.9 to 10.1 L/m~2/h) during 20-fold volume reduction. The water qualities of permeate were suitable to drain away to river environment. The physical and chemical cleaning of fouled membrane could recover about 97% of the initial flux. High removal efficiency of COD_(cr), Color, T-P was obtained, but the removal rate of NH_4~+-N was very low being about 25%. Therefore, a RO process was adopted and 92% of NH_4~+-N was rejected by RO. NF-RDM system combined with a RO process appeared to be a suitable technology to treat landfill leachate without any biological and chemical treatments.
机译:本研究旨在探讨NF-RDM(转盘膜)模块在处理有机物含量高的垃圾渗滤液中的性能。在各种TS浓度下,最佳转速约为400 rpm。在最小化精矿量的减量试验中,在减量20倍的过程中,通量降低了43.4%(从17.9 L / m〜2 / h降至17.9 L / m)。渗透水的水质适合排入河流环境。物理上和化学上清洁结垢的膜可回收约97%的初始通量。获得了较高的COD_(cr),Color,T-P去除效率,但NH_4〜+ -N的去除率非常低,约为25%。因此,采用了RO工艺,并去除了92%的NH_4〜+ -N。 NF-RDM系统与RO工艺相结合似乎是一种无需任何生化处理即可处理垃圾渗滤液的合适技术。

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