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BAMBOO CHARCOAL BIOLOGICAL FILTER MEDIUM FOR WASTEWATER TREATMENT SYSTEM
BAMBOO CHARCOAL BIOLOGICAL FILTER MEDIUM FOR WASTEWATER TREATMENT SYSTEM
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机译:竹炭废水处理系统的生物滤料
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摘要
The present invention is a sewage treatment facility for increasing the specific surface area by irregularly filling bamboo charcoal processed to a certain size as a microbial carrier in a porous plastic microorganism filter for sewage treatment to lower the level of contaminants including suspended suspended solids. It is about bamboo charcoal microorganism media. The bamboo charcoal microorganism filter medium has irregular voids in a predetermined standardized bamboo charcoal in a plastic media having a porosity of 90% or more, a surface area of 260 to 300 cm 2 / piece and a specific surface area of 130 to 150 m 2 / m 3. The microorganism medium includes a main body having a built-in chamber for accommodating bamboo charcoal and a cover detachable to the main body. Accordingly, the present invention improves sewage treatment ability by improving microbial adsorption through standardized bamboo charcoal having a large specific surface area, and filling and sealing bamboo charcoal in a safe and good condition in the microorganism media, and separating as necessary. It is possible to recycle and supplement bamboo charcoal, and to control the amount of bamboo charcoal filling to increase or decrease the adsorption growth area of microorganisms, so it is free to choose the use according to the water pollution level, and to make the sewage treatment device smaller. It provides the effect of increasing the ability to utilize bamboo charcoal, which is economical and environmentally friendly for processing.
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机译:本发明是一种污水处理设备,用于通过将加工成一定尺寸的竹炭作为微生物载体不规则地填充在用于污水处理的多孔塑料微生物过滤器中以降低比重,以降低包括悬浮的悬浮固体在内的污染物的水平,从而增加比表面积。关于竹炭微生物培养基。竹炭微生物过滤介质在塑料介质中的预定标准竹炭中具有不规则的空隙,该塑料介质的孔隙率为90%以上,表面积为260至300 cm 2 /根,比表面积为130至150 m 2。 / m 3.微生物培养基包括:主体,其具有用于容纳竹炭的内置腔;以及盖,其可拆卸地安装在主体上。因此,本发明通过提高比表面积大的标准化竹炭对微生物的吸附,在安全且良好的状态下将竹炭填充并密封在微生物介质中,并根据需要进行分离来提高污水处理能力。可以回收利用和补充竹炭,并控制竹炭的填充量,以增加或减少微生物的吸附生长面积,因此可以根据水污染程度自由选择用途,并排污。处理装置较小。它提供了增加利用竹炭的能力的效果,这对于加工是经济和环境友好的。
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