A grit chamber is lengthy slender tanks for slowing the flow of wastewater aiding in capturing the wastes via different screening filters

• A canal like channel is utilized in this type of grit chamber; the length to width proportion is high to reduce the amount of mixing.
• There is not enough depth of the current here; the big waste treatment plant requires 2 or more grit chambers

• This chamber incorporates a blower that produces air which enters chamber by a pipe that lies at the base of the compartment itself.
• It has a good motorized design; this chamber does not require a lot of maintenance.
• It handles a good current of water flow; the particles are collected at the tank’s base.
• The aerated chamber is designed to tackle septic conditions.

• Sewer water is introduced at grit chamber’s bottom, faced with continuous rotation in the bent grit chamber
• Constantly moving whizzer causes circulation and speedy rotation, resulting in the gathering of solids at the middle of the chamber, later collected in the containing tank.
• Airlift pumps shift the wastes to the organizer or the washer where they are segregated and washed

• The grit particles in the compartment gather down at its base, the grit chamber has different divides, such as the incoming sector, the outgoing sector.
• The incoming sector spreads the water flow to the grit compartment; the outgoing sector gathers the sewage water after the elimination of the gravels.

There is a lot of traffic in terms of sewage that is to be processed,

• Flow rapidity is an essential factor in maintaining the current of the sewage
• When the current is slow, and the waste can get carried away, if the rapidity gets past the critical point, it will hamper the performance