Nowadays, the classification system of various wastes and receiving water has become an important part of discussing water quality management. However, in a certain sense, it can make the complex phenomena interrelated and difficult to understand. How do you put that? In this chapter, let’s explore together with the author the impact of waste discharge on storage water.
What needs to be understood is that a large amount of substances enter the water system. Some of them are produced by human activities, while the other part is naturally generated. The impacts they bring are complementary in multiple complex ways. For instance, water transparency is an important prerequisite for the growth of algae in water. So very turbid water sources will develop an unpleasant smell due to the growth of a large amount of algae. At this point, to enhance the transparency of the water body, the work to be done is to reduce turbidity.
Lakes, rivers and other places are affected by the sediment on the muddy banks. Whenever the sediment on the mudbank spreads, it will cause a “sudden load” of oxygen demand, but these water sources themselves also have some problems. The stratification phenomenon makes its online water quality analysis complex. Plant nutrients have a special significance. They accumulate continuously when the water body is relatively still and help reduce oxygen consumption in terms of levels. At tidal estuaries, waste may drift repeatedly over a long period of time, and the accumulation of residual waste causes water pollution.
In fact, the staff have been working very hard to generally summarize the impact of waste discharge on various receiving waters as much as possible. The prediction of these phenomenon characteristics has been repeated, but it is still not precise or reliable enough. Therefore, it is also necessary to select the model based on empirical data to determine the importance of certain estimates related to features.
This article involves wastewater issues. Here is a brief summary of the specific places where water quality analyzers are needed, including: online monitoring of medical wastewater, online monitoring of drinking water, monitoring of industrial process water, and monitoring of agricultural discharge wastewater, etc.
