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Particle interactions and removal of trace contaminants from water and wastewaters

机译:颗粒相互作用和去除水和废水中的痕量污染物

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The adsorption of trace contaminants on natural particles is of great interest as this adsorption enhances the possibility of removing these with low pressure filtration such as MF and UF. This study shows that natural hormones such as estrone and estradiol will adsorb to natural particles both organic and inorganic. Experiments have shown that the adsorption capacity of organics is a factor of 10 higher than for inorganics. Ultrafiltration of a solution containing NOM and estrone also indicated this adsorption as the retention of estrone showed strong relationship to the concentration of organic material in the permeate. For practical application of this finding it was investigated if it applied to activated sludge. It was found that activated sludge does adsorb the natural hormones and that activated sludge during ultrafiltration develops a dynamic membrane which enhances the retention of the hormones.
机译:痕量污染物在天然颗粒上的吸附非常受关注,因为这种吸附增加了通过低压过滤(例如MF和UF)去除这些污染物的可能性。这项研究表明,诸如雌酮和雌二醇之类的天然激素将吸附到有机和无机天然颗粒上。实验表明,有机物的吸附能力比无机物高10倍。含有NOM和雌酮的溶液的超滤也表明了这种吸附,因为雌酮的保留量与渗透物中有机物的浓度密切相关。对于该发现的实际应用,研究了其是否适用于活性污泥。发现活性污泥确实吸收了天然激素,并且在超滤过程中活性污泥形成了动态膜,该膜增强了激素的保留。

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