Sewage Treatment Plant

Product Description

Working of a Biological Sewage Plant

The basic principle of the working of a biological treatment plant is decomposition of the raw sewage. This process is done by aerating the sewage chamber with fresh air. The aerobic bacteria survive on this fresh air and decompose the raw sewage which can be disposed of in the sea. Air is a very important criterion in the functioning of the biological sewage plant because if air is not present, it will lead to the growth of anaerobic bacteria, which produces toxic gasses that are hazardous to health.Also, after decomposition of the sewage with anaerobic bacteria, a dark black liquid causes discoloration of water which is not accepted for discharging. Thus in a biological sewage treatment plant, the main aim is to maintain the flow of fresh air.

Division of Processes

The biological sewage plant is divided into three chambers:-

Aeration chamber

This chamber is fed with raw sewage which has been grinded to form small particles. The advantage of breaking sewage in small particles is that it increases the area and a high number of bacteria can attack simultaneously to decompose the sewage. The sewage is decomposed into carbon dioxide, water, and inorganic sewage. The air is forced through the diffuser into the air chamber. The pressure of air flow also plays an important role in decomposition of the sewage. If pressure is kept high then the mixture of air and sewage will not take place properly and it will escape without doing any work required for decomposition. It is for this reason; controlled pressure is important inside the sewage treatment plant as this will help in proper mixing and decomposition by the agitation caused by air bubbles. Generally, the pressure is kept around 0.3-0.4 bars.

Product Details:

Power Source	Electronic
Automation Grade	Automatic
Impurities to be removed	Oil and Grease,pH,Turbidity,TDS,Dissolved Minerals
Capacity	5 kld
Water Pump Power	1 kW

Advanced Treatment Technology

This containerized sewage treatment plant utilizes Moving Bed Biofilm Reactor (MBBR) and the Activated Sludge Process for robust pollutant removal. Its innovative approach offers reliable performance across varying wastewater loads while maintaining a small footprint, making it ideal for constrained urban and industrial sites.


High Efficiency, Low Maintenance

Engineered for efficiency, the plant achieves over 90% BOD removal and maintains outlet TSS and COD well within CPCB norms. Automatic screening, grit removal, and PLC-based controls reduce manual intervention, while features like chlorination and epoxy coating enhance operational longevity and corrosion resistance.