The effluent treatment plants are designed to treat municipal and industrial effluents, which consist of wastewater, sludge or wastewater. These effluent treatment plants manufacturers designed the plant to eliminate harmful pathogens, hazardous chemicals, detergents, and toxins and separate and extract valuable substances from the effluent.

To treat water efficiently in our country’s numerous effluent treatment plants, the recommended water treatment chemical used. This series is ideal for treating flocculants such as anionic emulsions, powders anionic, anionic beads, cationic emulsions, cationic powders, cationic beads as well as organic and inorganic coagulants.

Considering the etp plant design, you must make sure to consider some important factors related to the characteristics of the effluent.

What are The Factors to Be Considered for The Effluent Treatment Plant Design?

• The characteristics of the effluent that you should consider when designing your treatment plant are the effluent flow, together with the biological, chemical and physical properties that can affect the quality of the effluent.
• You can decide how large your effluent treatment plant should be, the effluent treatment plant process depending on the estimated entrance to the plant, which is usually calculated in cubic meters per day almost everywhere in the world. It is necessary that you obtain the correct estimates of the variations in the input so that the hydraulic calculations are correct.
• This is also necessary to help correctly determine the size of the pipes and transport channels. It must also incorporate in its design the estimated increase in the influx of effluents in the foreseeable future. Or, at least, the Plant should be built in a staggered way.
• You must also consider some physical characteristics of the effluent while designing your plant. These are the color of the effluent, the solids in it, its temperature and smell. The presence of solids in suspension indicates poor quality of the effluent that will be difficult to treat.
• There could be seasonal variations in the input size. For example, there could be larger entries during the day than at night. Again, the inflow is likely to be higher during the rainy season.
• It should stabilize this flow and make it constant or almost constant to protect the operation of the downstream treatment processes.
• You can achieve this by using clearing tanks or ponds. The toxic substances in the effluent can affect the processes that treat the effluent. This effect can be reduced by diluting the toxic effluent by mixing it in equalization ponds with an effluent that has a lower toxic composition.
• The Plant should bear shock loads during the festival seasons, such as Christmas-New Year, Ramzan, etc., and other vacations.

The Effluent treatment plant process always work on the how you make ETP design. The effluent quality is the most important thing to be considered, and if it is right all will go seamlessly.