The filteration material (sand and gravel) is used to remove the solids from the effluent. For achieving turbidity <10 NTU, this solution is used.

The back wash process is automatic depending on the pressure developed in the filter, which normally happens when the filter is choked with suspended solids.

The Disc Filter is a high-rate filtration device that utilizes an innovative woven polyester pleated filter panel design. The Disc Filter inside out filtration design allows the water to flow into the center drum and then out through the disc filters capturing solids on the inside surface of the media. This filtration characteristic eliminates the need for a separate system for handling floating material and settling sludge. The captured solids are also backwashed into a reject trough using a one-pass spray cleaning system. A backwash cycle is automatically initiated by a level probe in the influent channel with filtration continuing during backwash.

For achieving turbidity levels less than <5 NTU this solution is used.

Treatment through Ultra Filtration is a technology for suspended solids separation, according to membrane weight and their molecular cut. Applying different pressures allows the membrane to act as a sieve. The substances smaller than the diameter of the pores of membrane pass the membranes as permeate while the bigger ones are kept as concentrate. During the production, it does not require chemical reagents dosages and power consumption is limited. The backwash of

For achieving turbidity levels less than <1 NTU this solution is used.

MBR is the latest technology in the world for filteration and with its use many filteration process are eliminated such as clarifier, sand or disc filtration, ultra filteration.

This is a membrane based filtration system where the membranes are put in the same liquor of the biological/ oxidation tank. MBRs are used to achieve filtration levels of <1 NTU turbidity. Depending on the application and type of wastewater we design noodle type membrane modules or flat plate type membrane modules

They occupy less space and work at very minimum running cost.