Sewage Treatment Plant

Approx. Rs 3.8 Lakh / pieceGet Latest Price

Approx. Rs 2.5 Lakh / pieceGet Latest Price

We deal in manufacturing compact MBR Sewage Treatment Plant and Installation Services, and our efficient team of workers provides services based on specialized knowledge, best practices, and scientific technology. Being one of the most preferred providers of Sewage Treatment Plants , our services are aimed at achieving improvements in the quality of the wastewater. We work meticulously to offer the best services to the clients. The Sewage Treatment Plants help in reducing Suspended Solids, Biodegradable Organics, Pathogenic Bacteria, and Nutrients, among others and require less area for the installation.

In Industrial Sectors water demand is very high and water normally used for manufacturing and processing units generates large amounts of waste water. In industrial sectors supply of domestic water requirement is limited & in big industrial units at a time 700 – 1000 people work together in a factory. With processing wastewater, sewage water is also generated in industrial facilities. Chemtronics offers a Green STP/AD+ for Industrial facility to treat sewage water up to reclaimed water which we can use for non potable application. Chemtronics gives the appropriate solution needed an efficient way to deal with daily sewage waste water.

This stage converts organic matter in sewage into stable forms through biological activities, resulting in secondary sedimentation. Common approaches are trickling filters and activated sludge methods.

Trickling filters comprise an enclosed tank with a bed of bricks and a layer of microorganisms. The effluent enters the tank through an inlet and trickles over the bed layer by sprinklers. Microbial activities oxidize the organic matter in the effluent, resulting in the removal of fine solids, formation of sludge and an effluent with less organic solids.

Activated sludge method involves the addition of a mixture of active microorganisms to sewage, followed by aeration and agitation. The aerobic conditions and microbial actions oxidize the organic solids resulting in coagulation, flocculation and settling of solids. Activated sludge produces a clear liquid without foul odor.

The effluent then undergoes tertiary treatment/disinfection by incorporation of UV radiation or chlorination. Other methods such as sand filters and reverse osmosis may also be used instead for this stage of treatment, depending upon the nature of the sewage and the effluent from secondary treatment.

Approx. Rs 4.9 Lakh / PlantGet Latest Price

In Industrial Sectors water demand is very high and water normally used for manufacturing and processing units generates large amounts of waste water. In industrial sectors supply of domestic water requirement is limited & in big industrial units at a time 700 – 1000 people work together in a factory. With processing wastewater, sewage water is also generated in industrial facilities. Chemtronics offers a Green STP/AD+ for Industrial facility to treat sewage water up to reclaimed water which we can use for non potable application. Chemtronics gives the appropriate solution needed an efficient way to deal with daily sewage waste water.

This stage converts organic matter in sewage into stable forms through biological activities, resulting in secondary sedimentation. Common approaches are trickling filters and activated sludge methods.

Trickling filters comprise an enclosed tank with a bed of bricks and a layer of microorganisms. The effluent enters the tank through an inlet and trickles over the bed layer by sprinklers. Microbial activities oxidize the organic matter in the effluent, resulting in the removal of fine solids, formation of sludge and an effluent with less organic solids.

Activated sludge method involves the addition of a mixture of active microorganisms to sewage, followed by aeration and agitation. The aerobic conditions and microbial actions oxidize the organic solids resulting in coagulation, flocculation and settling of solids. Activated sludge produces a clear liquid without foul odor.

The effluent then undergoes tertiary treatment/disinfection by incorporation of UV radiation or chlorination. Other methods such as sand filters and reverse osmosis may also be used instead for this stage of treatment, depending upon the nature of the sewage and the effluent from secondary treatment.

We also deal in mbr sewage treatment plant,

activated sludge process stp,

MBBR technology sewage treatment plant,

Non electric sewage treatment plant,

Sewage treatment plant for small hospitals,

Industrial sewage plant,

Sequential Batch Reactor sewage treatment plant.

Additional Information:

Approx. Rs 1.8 Lakh / pieceGet Latest Price

In Industrial Sectors water demand is very high and water normally used for manufacturing and processing units generates large amounts of waste water. In industrial sectors supply of domestic water requirement is limited & in big industrial units at a time 700 – 1000 people work together in a factory. With processing wastewater, sewage water is also generated in industrial facilities. Chemtronics offers a Green STP/AD+ for Industrial facility to treat sewage water up to reclaimed water which we can use for non potable application. Chemtronics gives the appropriate solution needed an efficient way to deal with daily sewage waste water.

This stage converts organic matter in sewage into stable forms through biological activities, resulting in secondary sedimentation. Common approaches are trickling filters and activated sludge methods.

Trickling filters comprise an enclosed tank with a bed of bricks and a layer of microorganisms. The effluent enters the tank through an inlet and trickles over the bed layer by sprinklers. Microbial activities oxidize the organic matter in the effluent, resulting in the removal of fine solids, formation of sludge and an effluent with less organic solids.

Activated sludge method involves the addition of a mixture of active microorganisms to sewage, followed by aeration and agitation. The aerobic conditions and microbial actions oxidize the organic solids resulting in coagulation, flocculation and settling of solids. Activated sludge produces a clear liquid without foul odor.

The effluent then undergoes tertiary treatment/disinfection by incorporation of UV radiation or chlorination. Other methods such as sand filters and reverse osmosis may also be used instead for this stage of treatment, depending upon the nature of the sewage and the effluent from secondary treatment.

We also deal in mbr sewage treatment plant,

activated sludge process stp,

MBBR technology sewage treatment plant,

Non electric sewage treatment plant,

Sewage treatment plant for small hospitals,

Industrial sewage plant,

Sequential Batch Reactor sewage treatment Plant

Approx. Rs 3.8 Lakh / pieceGet Latest Price

Approx. Rs 2.8 Lakh / PieceGet Latest Price

Additional Information:

Approx. Rs 80,000 / PieceGet Latest Price

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The meaning of effluent treatment plant

The Effluent Treatment Plant is one of the most sophisticated and scientific processes undertaken to make sure that all the industrial wastewater is treated in a proper manner. The process includes ETP plants that are built to treat water from a large area and make the contamination free. The process of treatment followed by industries would make sure that no contaminant comes into contact with the surface water bodies.

The importance of Effluent Treatment Plant

Effluent treatment plants are an important part of the industries which helps in cleaning the water released out from them. The need for ETP plants came into existence with implementation of India’s Water (Prevention and Control of Pollution) Act, 1974. This has been made mandatory to be installed in industries by the act. There are a number of industries where water has been used while producing products and after using the water it was being released out into the environment directly without knowing about its effects. The Effluent Treatment Plant process helps in treating the polluted water before releasing it into the environment. The ETP process is made up of different techniques which are used for treating and cleaning the waste water coming out from different kind of factories

The working principle of ETP

Industrial waste water treatment is one of the most important components of the ETP, this is because of the fact that it helps to check out the water pollution and helps in purifying it by getting rid of all the harmful chemicals, if any. The working principle of ETP is undertaken to be one of the most effective principles where a large amount of human friendly chemicals is used that is applied in the water to make it free from all the factors that might be harmful to human and aquatic life. This is an important part that can be highlighted that helps to highlight that the working principles vary in a number of ways, furthermore, with the service that is provided by the ETP plants, the water bodies are kept clean and a large amount of water is well treated.

Additional Information:

Approx. Rs 2.5 Lakh / PieceGet Latest Price

Additional Information:

Approx. Rs 2.65 Lakh / PieceGet Latest Price

Approx. Rs 2.2 Lakh / PieceGet Latest Price

In Industrial Sectors water demand is very high and water normally used for manufacturing and processing units generates large amounts of waste water. In industrial sectors supply of domestic water requirement is limited & in big industrial units at a time 700 – 1000 people work together in a factory. With processing wastewater, sewage water is also generated in industrial facilities. Chemtronics offers a Green STP/AD+ for Industrial facility to treat sewage water up to reclaimed water which we can use for non potable application. Chemtronics gives the appropriate solution needed an efficient way to deal with daily sewage waste water.

This stage converts organic matter in sewage into stable forms through biological activities, resulting in secondary sedimentation. Common approaches are trickling filters and activated sludge methods.

Trickling filters comprise an enclosed tank with a bed of bricks and a layer of microorganisms. The effluent enters the tank through an inlet and trickles over the bed layer by sprinklers. Microbial activities oxidize the organic matter in the effluent, resulting in the removal of fine solids, formation of sludge and an effluent with less organic solids.

Activated sludge method involves the addition of a mixture of active microorganisms to sewage, followed by aeration and agitation. The aerobic conditions and microbial actions oxidize the organic solids resulting in coagulation, flocculation and settling of solids. Activated sludge produces a clear liquid without foul odor.

The effluent then undergoes tertiary treatment/disinfection by incorporation of UV radiation or chlorination. Other methods such as sand filters and reverse osmosis may also be used instead for this stage of treatment, depending upon the nature of the sewage and the effluent from secondary treatment.

Approx. Rs 2.4 Lakh / PlantGet Latest Price

In Industrial Sectors water demand is very high and water normally used for manufacturing and processing units generates large amounts of waste water. In industrial sectors supply of domestic water requirement is limited & in big industrial units at a time 700 – 1000 people work together in a factory. With processing wastewater, sewage water is also generated in industrial facilities. Chemtronics offers a Green STP/AD+ for Industrial facility to treat sewage water up to reclaimed water which we can use for non potable application. Chemtronics gives the appropriate solution needed an efficient way to deal with daily sewage waste water.

This stage converts organic matter in sewage into stable forms through biological activities, resulting in secondary sedimentation. Common approaches are trickling filters and activated sludge methods.

Trickling filters comprise an enclosed tank with a bed of bricks and a layer of microorganisms. The effluent enters the tank through an inlet and trickles over the bed layer by sprinklers. Microbial activities oxidize the organic matter in the effluent, resulting in the removal of fine solids, formation of sludge and an effluent with less organic solids.

Activated sludge method involves the addition of a mixture of active microorganisms to sewage, followed by aeration and agitation. The aerobic conditions and microbial actions oxidize the organic solids resulting in coagulation, flocculation and settling of solids. Activated sludge produces a clear liquid without foul odor.

The effluent then undergoes tertiary treatment/disinfection by incorporation of UV radiation or chlorination. Other methods such as sand filters and reverse osmosis may also be used instead for this stage of treatment, depending upon the nature of the sewage and the effluent from secondary treatment.

Additional Information:

Approx. Rs 3.4 Lakh / PlantGet Latest Price

In Industrial Sectors water demand is very high and water normally used for manufacturing and processing units generates large amounts of waste water. In industrial sectors supply of domestic water requirement is limited & in big industrial units at a time 700 – 1000 people work together in a factory. With processing wastewater, sewage water is also generated in industrial facilities. Chemtronics offers a Green STP/AD+ for Industrial facility to treat sewage water up to reclaimed water which we can use for non potable application. Chemtronics gives the appropriate solution needed an efficient way to deal with daily sewage waste water.

This stage converts organic matter in sewage into stable forms through biological activities, resulting in secondary sedimentation. Common approaches are trickling filters and activated sludge methods.

Trickling filters comprise an enclosed tank with a bed of bricks and a layer of microorganisms. The effluent enters the tank through an inlet and trickles over the bed layer by sprinklers. Microbial activities oxidize the organic matter in the effluent, resulting in the removal of fine solids, formation of sludge and an effluent with less organic solids.

Activated sludge method involves the addition of a mixture of active microorganisms to sewage, followed by aeration and agitation. The aerobic conditions and microbial actions oxidize the organic solids resulting in coagulation, flocculation and settling of solids. Activated sludge produces a clear liquid without foul odor.

The effluent then undergoes tertiary treatment/disinfection by incorporation of UV radiation or chlorination. Other methods such as sand filters and reverse osmosis may also be used instead for this stage of treatment, depending upon the nature of the sewage and the effluent from secondary treatment.

We also deal in mbr sewage treatment plant,

activated sludge process stp,

MBBR technology sewage treatment plant,

Non electric sewage treatment plant,

Sewage treatment plant for small hospitals,

Industrial sewage plant,

Sequential Batch Reactor sewage treatment plant.

Approx. Rs 5.2 Lakh / PieceGet Latest Price

Zero Liquid Discharge Treatment Plant  offered by us suitably utilized for purifying and recycling liquefied substances. This system is made from finest grade materials in order to gain condition of zero liquid discharge along with the employment of sophisticated effluent product treatment technologies. With the characteristics of zero liquid discharge, this system is highly beneficial for industrial processes as it is capable for treating and recovering valuable products from the effluent liquid streams.

A ZLD treatment system utilizes advanced technological water treatment processes to limit liquid waste at the end of your industrial process to, as the name suggests, zero.

An efficient and well-designed ZLD treatment system should be able to:

• handle variations in waste contamination and flow

• allow for required chemical volumes adjustments

• recover around 95% of your liquid waste for reuse

• treat and retrieve valuable byproducts from your waste (i.e. salts and brines)

• produce a dry, solid cake for disposal

Not every industrial facility that produces wastewater will require zero liquid discharge (ZLD). It is usually looked to as a last resort because it can be a complex process that requires a high initial investment.

If a facility is located on a site that has severe water scarcity issues and/or astronomical discharge fees, it might be worthwhile to pursue, but in the instances it's not mandated (some local and/or federal regulations might require ZLD), careful consideration must be made as to whether or not it will benefit your facility.

A ZLD treatment system utilizes advanced technological water treatment processes to limit liquid waste at the end of your industrial process to, as the name suggests, zero.

An efficient and well-designed ZLD treatment system should be able to:

handle variations in waste contamination and flow allow for required chemical volumes adjustments recover around 95% of your liquid waste for reuse treat and retrieve valuable byproducts from your waste (i.e. salts and brines) produce a dry, solid cake for disposal Zero Liquid Discharge System, Zero Liquid Discharge Plant, zld system, zero liquid discharge plant, zld plant, zero liquid discharge water treatment system