With the aforementioned apparatus f

With the aforementioned apparatus for the biological removal of phosphorus, the phosphorus dissolved out from the sludge by solubilization can be transferred via the aforementioned fermentation tank to the separated liquid in the aforementioned second solid/liquid separating means, in the same way as in the previously described apparatus for the biological removal of phosphorus, and so the phosphorus removal efficiency is increased.
In any of the three immediately aforementioned apparatus for the biological removal of phosphorus, there may be provided a means whereby some of the raw water is supplied to the aforementioned fermentation tank.
A substrate such as organic material brings about the release of phosphorus in the anaerobic tank, and organic acids are especially effective as substrates. With the aforementioned apparatus for the biological removal of phosphorus, some of the raw water is supplied to the aforementioned fermentation tank, the fermentation treatment is carried out and organic acids are produced, and these are introduced into the anaerobic tank, and so the phosphorous release rate in the anaerobic tank is increased and it is possible to carry out phosphorus removal more efficiently.
The apparatus of this invention can be used to treat various types of phosphorus-containing water, such as town sewage, industrial effluent and river water for example.

結果 (中文) 1:

生物除磷上述装置，溶出从污泥助溶磷可以通过上述发酵罐传输到分离液在上述第二个固液分离手段，生物除磷，前面所述装置中的方式相同，那么磷的去除效果也会增多。在任何生物除磷的三个立即上述装置中，那里可能提供一些原水藉以提供到上述发酵罐的一种手段。承印物，如有机物质在厌氧池，带来磷的释放和有机酸是作为底物特别有效。与生物除磷上述装置，一些原始的水被提供给上述发酵罐、 进行发酵处理，产生有机酸，和这些介绍进入厌氧池，那么对厌氧池磷的释放速率也会增多和就可以更有效率地执行除磷。本发明的装置可以用来治疗各种类型的含磷水，如城镇污水，工业废水和河流水为例。

結果 (中文) 3:

与上述装置的生物除磷，磷溶解出的污泥通过增溶可以通过上述发酵罐的分离液体在上述二次固体/液体分离装置，在相同的方式，在前面所描述的生物除磷装置，因此，磷去除效率提高了，在任何一个三个立即上述装置的生物除磷，有可能提供一种装置，使一些原水供给到上述发酵罐，如有机材料的基板带来的磷在厌氧池释放，有机酸和有机酸是特别有效的底物。用上述装置对磷的生物去除，将一些原水供给到上述发酵罐中，进行发酵处理，并产生有机酸，这些都被引入到厌氧池中，在厌氧池中磷的释放速率增加，可以有效地进行除磷，从而可用于处理各种类型的含磷废水，如城镇污水、工业废水、河水等。