On the other hand, at least some of

On the other hand, at least some of the separated sludge in the settling tank 5, which has taken up phosphorus in the form of orthophosphate as a result of the biological treatment, is introduced into the solubilizing tank 6 and subjected to a solubilizing treatment by blowing in ozone gas. That is to say, the sludge is oxidatively degraded to BOD components and solubilized with ozone.

As well as pure ozone, ozone-containing air or ozonized air, for example, can be used for the ozone treatment gas in the solubilizing tank 6.

As a result of various studies, it has been recognized that the rate of release of phosphorus is slow with the apparatus for the biological removal of phosphorus shown in FIG. 5 because there is virtually no substrate in the sludge anaerobic tank. Furthermore, because the sludge in the phosphorusreleasing tank is concentrated and the whole amount is solubilized, phosphorus removal and the reduction in sludge volume are even and the extent of the two actions are not interrelated and are difficult to set. Furthermore, in the apparatus for the biological removal of phosphorus shown in FIG. 6, it has been confirmed that the water which is introduced into the MAP reaction column contains a large amount of sludge so that the MAP production reaction is impeded.

結果 (中文) 1:

另一方面，在至少有一些分离污泥的沉降罐 5，其中已占磷生物治疗正磷酸盐的形式引入溶解罐 6，是遭受吹在臭氧气体溶解治疗。即是说，污泥是氧化降解 BOD 组件，与臭氧溶解。纯臭氧，以及含臭氧的空气或臭氧化的空气，例如，可用于在溶解罐 6 臭氧治疗气。由于各种研究，承认，磷的释放速度缓慢利用该仪器对生物除磷几乎无基材在污泥厌氧池是图 5 中所示。此外，因为 phosphorusreleasing 坦克的污泥是集中和增溶全部金额，除磷及污泥体积的减少甚至是和这两种行为程度不相互关联，很难设置。此外，本仪器为生物除磷图 6 中所示，已确认水引入地图反应柱包含大量的污泥，因此阻碍了地图生产反应。

結果 (中文) 3:

另一方面，至少有一些分离的污泥在沉淀池5个，占磷酸盐的形式磷由于生物处理，引入溶解罐6和进行增溶处理吹臭氧气体。也就是说，污泥氧化降解BOD成分和溶解的臭氧。

以及纯臭氧，含臭氧的空气或臭氧化空气，例如，可以在溶解槽6的臭氧处理气体使用。

由于不同的研究，人们已经认识到磷释放速率慢和磷在图5所示的生物去除设备是因为污泥厌氧池几乎没有衬底。此外，因为在phosphorusreleasing池污泥浓缩，全部溶解，除磷和污泥量的减少甚至是和两个行动的程度是不相关的，很难设定。此外，在生物除磷的装置中如图6所示，它已被证实，被引入到地图反应柱中的水含有大量的污泥，使地图生产反应受阻。