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Study on an Advanced Treatment of Domestic Wastewater by Bio-filtration and Water-Quality Measurement System

机译:生物滤池和水质测量系统深度处理生活污水的研究

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A bio-filtration system is set up based on the analysis of a typical and simple water treatment system. The system mainly consists of a fixed device and a planting filter. We elect ryegrass as the planting-filter, because it gets best sod, mechanic filtration and bio-filtration. Effects of static bio-filtration were studied in ryegrass. The results showed that the purification effects of ryegrass were significant and the removal rates of COD in wastewater reached 71.6%, 79.7%, 79.8%, 81.7%, 83.0%, and 81.0%, respectively. Near infrared spectra was used to analyze the water-quality, mainly dealing with chemical oxygen demand (COD). A set of 20 samples of domestic wastewater with different concentrations was taken from the Animal Institution of Zhejiang Agricultural Science Organization, and the partial least square (PLS) was used to develop predictive models. To validate these models, some samples were used. The values of SEP were 22 and 32, and values of r2 using the validation set of data were 0.9895, 0.9985 for COD of wastewater.
机译:基于对典型的简单水处理系统的分析,建立了生物过滤系统。该系统主要由一个固定装置和一个种植过滤器组成。我们选择黑麦草作为种植过滤器,因为它可以得到最好的草皮,机械过滤和生物过滤。在黑麦草中研究了静态生物过滤的影响。结果表明,黑麦草的净化效果显着,废水中COD的去除率分别达到71.6%,79.7%,79.8%,81.7%,83.0%和81.0%。近红外光谱用于分析水质,主要处理化学需氧量(COD)。从浙江省农业科学院动物研究所采集了20个不同浓度的生活污水样品,并使用偏最小二乘(PLS)建立了预测模型。为了验证这些模型,使用了一些样本。 SEP的值为22和32,使用验证数据集的r2值为0.9895,废水的COD值为0.9985。

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