首页> 外国专利> Underground stations, treatment of contaminated effluents: bioreactors alternated, redox, treatment of organic matter on the basis of the substu00e1ncias 'estrec humic bio humic

Underground stations, treatment of contaminated effluents: bioreactors alternated, redox, treatment of organic matter on the basis of the substu00e1ncias 'estrec humic bio humic

机译:地下站,污水处理:生物反应器交替,氧化还原,基于“ estrec humic bio humic”的有机物处理

摘要

Underground stations, wastewater treatment bioreactors contaminated: alternating redox, treatment of organic matter on the basis of the humic substu00e1ncias "es TREC bio humic".With other modules oxidative and with aiming at too little in life, installed in the gallery submerged sewage is an original technology for the treatment of organic contaminant from domestic or industrial liquid effluents.The unit consists of facilities (1), (2), (3), (4), (5), (6), (7), where the processing changes of organic matter in the form sequ00faencial, followed by aerobic and anaerobic procedures. The installation of a room of machines on the aerobic module (4), allows the addition of humic substances to enhance aerobic process.The stairs, with different slopes for the occlusion of oxygen as the active part of the oxidative process (3), (5). The intermediate processes in aerobic and anaerobic alternately, in treatment, is possible that organic matter is modified, making it active for a molecular degradation. This decreases the initial toxicity.After all these steps, the organic material is conducted to caneletas where nourishes aquatic plants, which absorb the sediments treated via the root, from the root. The number of aerobic and anaerobic stages depends on the type of the effluent to be treated, especially the amount of organic matter modifiable biologically.
机译:地下站,污水处理生物反应器被污染:交替的氧化还原,基于腐殖质“ es TREC bio humic”的有机物处理。其他模块具有氧化性,并且使用寿命太短,已安装在画廊中淹没式污水是处理生活或工业液体废水中有机污染物的原始技术,该装置包括设施(1),(2),(3),(4),(5),(6),(7) ),其中有机物的处理过程按顺序进行,然后进行好氧和厌氧程序。在需氧模块(4)上安装一间机器室,可以添加腐殖质以增强需氧过程。阶梯具有不同的吸氧斜率,是氧化过程(3)的活跃部分,( 5)。在好氧和厌氧中,在处理过程中,中间过程可能会被有机物改性,使其对分子降解具有活性。在所有这些步骤之后,有机物质被引导至卡莱莱塔,在那里滋养水生植物,该植物从根部吸收通过根部处理的沉积物。好氧和厌氧阶段的数量取决于要处理的废水的类型,尤其是可生物修饰的有机物的数量。

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