A sewage water treatment plant can be used in large industries as well as small residential properties. Because the plant installed at residential properties serves a smaller number of people, it is referred to as a Domestic Sewage Water Treatment Plant. These plants are applied to prevent water scarcity in areas or properties that are already experiencing it. Domestic sewage contains a significant amount of waste in the form of paper, food, bathroom and sink wastewater, human waste, and so on. Before releasing the wastewater into the environment, it is necessary to remove all of these wastes. The treated water will not be wasted because it is safe to reuse. This will aid in the development of a sustainable and environmentally friendly environment, as well as in the conservation of water for future generations.

DOMESTIC SEWAGE TREATMENT PLANT

The sewage treatment plant manufacturer is designed with the client's needs in mind. The plants we, NETSOL design are dependable, technically proven, economically viable for operation, and meet local regulatory standards. The design of a sewage treatment plant consists of the following steps:

SEDIMENTATION: The first stage of the water treatment process. During this stage, water is released into the tanks for a period of time, allowing the solid waste to decompose at the tank's bottom. This produces sludge, which can be scraped off or pumped into a separate facility for further treatment. The tank will have oils and grease floating on the surface that can be easily rectified.

BREAKING DOWN OF THE CONTAMINANTS: Following sedimentation, the contaminants are broken down in the following stage. By exposing the sludge to oxygen, this is accomplished. This is an important biological process because it allows bacteria to break down contaminants. This could result in solid remains. These can be divided into two categories: 

Fixed Film Filtration- A combination of filtrations is used to collect the remains on a growth medium.

Suspended Growth Systems- It combines the sludge with the microbes, allowing the waste to solidify.

IMPROVE THE QUALITY OF WATER THROUGH SAND FILTRATION: The third stage entails improving water quality through sand filtration. This was accomplished through a combination of techniques, including sand filtration. A novel step in this process allows aquatic plants to grow within these waters, removing remaining particles as well as excess phosphorus and nitrogen.

DISINFECTION: This is the final stage of a sewage water treatment plant for domestic use. Many disinfecting substances are added to the water at this stage in order to eliminate any remaining microorganisms. This step uses methods such as chlorine light, ozone light, and ultraviolet light to prepare the water for reintroduction into the environment.

Top 5 reasons to install a domestic sewage treatment plant

§  The ability to absorb pollutants is as high as 90%.

§  This filtration method is simple to use.

§  Low-maintenance and simple to set up

§  Removes chlorine, organics, foul taste, and odour effectively.

§  Economical – lower installation costs

§  Filter replacement is the only cost of operation.

§  Dependable and effective

§  Can be employed either at the point of input (semi-centralized drinking water treatment plants, wastewater treatment plants) or at the point of usage (household/community filters).

§  It's best to get rid of big organic compounds.

§  The materials used in this project are readily available.

What do we offer?

If you want to know more about domestic sewage treatment plants, then you are at the right place.

You can have an expert solution upon contacting Netsol, a leading manufacturer of Industrial and Commercial water treatment plants and wastewater treatment plants, among other services. We have a wide range of items to help you improve your water filtration and the best products.

Our water treatment systems are very effective at removing all types of chemicals, physical, and biological pollutants.

Call us on +91 9650608473 or contact via email at enquiry@netsolwater.com for more information.