Wastewater Treatment Equipment

Additional Details

ABS offered wide range of Waste water treatment plant like Sewage Treatment plant and Efflunet Treatment plant in the wide range of capacity 10 KLD to 1MLD

Wastewater treatment plants:

·         Remove solids, everything from rags and plastics to sand and smaller particles found in wastewater;

·         Reduce organic matter and pollutants--naturally occurring helpful bacteria and other microorganisms consume organic matter in wastewater and are then separated from the water; and,

·         Restore oxygen--the treatment process ensures that the water put back into our rivers or lakes has enough oxygen to support life.

Where does wastewater come from?

·         Homes--human and household wastes from toilets, sinks, baths, dishwashers, garbage grinders, clothes washers and drains.

·         Industry, Schools, and Business--chemical and other wastes from factories, food-service operations, school activities, hospitals, shopping centers, etc.

·         Storm Water Infiltration and Inflow from Runoff and Groundwater--water that enters the sanitary sewer system during a storm, as well as groundwater that enters through cracks in sewers.  

On the average, each person in contributes 120-150 liters of wastewater every day. If you include industrial and commercial water uses.

The type of wastewater treatment used in the Wastewater Treatment Plant is called the complete-mix activated sludge process. This is a biological process in which naturally occurring living microorganisms (bacteria, protozoa, tiny plants and animals) are maintained at a very high population level. They quickly consume the dissolved and suspended organic material carried over from the primary treatment of the incoming wastewater as a source of food. This process promotes the formation of biological masses that clump together by adhesion and settle to the bottom forming "sludge."

Wastewater treatment basically takes place in three stages:

1.      Preliminary & Primary treatment, which removes 40-60% of the solids.

2.      Secondary treatment, which removes about 90% of the pollutants and completes the process for the liquid portion of the separated wastewater.

3.      Sludge (biosolids) treatment and disposal