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Two years of nanofiltration at the Mery-sur-Oise plant, France

机译:法国梅西套房厂两年纳米滤灰

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For more than 2 years, the extension of the Mery-sur-Oise plant has been producing water from the river Oise, using nanofiltration technology for a production capacity of 140,000 m~3/d, a world premiere on surface water. After presenting the reasons for the nanofiltration choice and the treatment processes, we'll analyze the performances of the plant at its different stages: pretreatment upstream, nanofiltration itself and water quality in the distribution system. Performances are very satisfactory, especially for the two main objectives: elimination of organic matters and of pesticides. The consumers are also satisfied with the reduction of the chlorine taste (chlorine rate has been diminished by factor 2) and of calcium concentration. During these 2 years of operation, several tunings have been conducted to optimize the process, such as active pretreatment parameters and membrane cleaning process. The whole plant is automated and the process control is performing very efficiently. An automatic piloting system has been developed and has been operative since the beginning of 2002. So far, operation additional costs, compared to a traditional plant with refining using ozone and carbon, are lower than foreseen. Nanofiltration in Mery-sur-Oise turns out to have been the right choice and is a complete success.
机译:超过2年,Mery-Sur-Oise植物的延伸已经从河流上生产了水,使用纳米过滤技术,生产能力为140,000 m〜3 / d,是地表水的世界首映。在提出纳米滤灰选择和治疗过程的原因之后,我们将在其不同阶段分析工厂的性能:在分配系统中预处理,纳米滤波本身和水质。表演非常令人满意,特别是对于两个主要目标:消除有机物和杀虫剂。消费者对氯味的还原(氯速率通过因子2的含量减少)和钙浓度也是满意的。在这两年的操作期间,已经进行了多次调整以优化该过程,例如有源预处理参数和膜清洁过程。整个工厂是自动化的,过程控制正在非常有效地执行。自2002年初以来已经开发出了自动试点系统,并且已经进行了操作。到目前为止,与使用臭氧和碳的传统植物相比,运行额外的成本低于预见。 Mery-sur-oise的纳米滤灰结果是正确的选择,并且是完全的成功。

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