Effluent Treatment Plant

Product Details:

With our vast experience & knowledge in this field, we are engaged in providing a quality-assured range of Effluent Treatment And Wastewater Treatment Plant.  The effluent treatment plant falls under this category as their common name  etp plant,  etp, effluent sewage treatment plants, common effluent treatment plant, Effluent Treatment Plant of Dairy, Effluent wastewater treatment plant, effluent treatment plant.

Other Specifications:

• Rust proof
• Longer service life
• Highly efficient
• Precise design

Effluent treatment plant, also known as ETP is a waste water treatment process (WWTP) that is used to treat wastewater. It's mostly used in industries like pharmaceuticals, textiles, and chemicals where extreme water contamination is a possibility. ETP plays a significant role in the treatment of industrial waste water as well as domestic sewage. Organic matter, inorganic matter, heavy metals, oil & grease, suspended particles, and other contaminants are treated in the wastewater treatment process of an ETP plant. Chemical treatment, biological treatment, a combination of chemical and biological treatment, and thermal treatment are the several types of wastewater treatment plants.

How does ETP Plant Work?

The conceptual approach of the treatment includes the removal of suspended particles, dissolved organic matters and handling of sludge for disposal. Different processes involved are:

 

EQUALISATION: The equalization tank's purpose is to balance the raw effluent from various processing units. The wastewater is collected in an existing mixed effluent tank and pumped to an existing aeration tank, which also functions as an equalisation tank. The floating aerator is used to homogenise the effluent before it is pumped to the neutralization tank for treatment.

 

pH CONTROL: The pH value of effluent should be between 5.5 and 9.0, according to the Bureau of Indian Standards (BIS).pH neutralization is used to modify the pH of wastewater.

For waste that is acidic (low pH): Bases are used to modify the pH of a solution.

In the case of alkali waste (high pH): Acids are used to modify the pH of a solution.

COAGULATION: Coagulation is a technique that involves adding liquid aluminium sulphate to untreated water. This causes tiny dirt particles to stick together after mixing. This collection of particles combines to generate larger, heavier particles that are easily removed through settling and filtration.

SEDIMENTATION:  Water travels slowly in this process, causing the heavy particles to settle to the bottom. Sludge is the term for the particles that gather at the bottom of a container.

FILTRATION: Filtration is the process of passing water through a filter that removes particulates. The filters are made out of sand and gravel layers. Backwashing is required to clean these filters on a regular basis.

DISINFECTION: Before entering the distribution system, water is disinfected. Chlorine is used to disinfect and decontaminate water.

SLUDGE DRYING: Sedimentation collects and settles down solids, which are then transported to drying beds.  When the sludge thickness reaches around 300 mm, the sludge charging should be stopped, and the bed should be segregated to allow natural evaporation to dry it off. This takes approximately ten days. 

We also deal in SBR wastewater treatment plant,

Chemical wastewater treatment plant,

biological wastewater treatment plant,

Membrane bioreactor for wastewater treatment,

Municipal Wastewater Treatment Plant,

pharmaceutical wastewater treatment plant,

asp wastewater treatment,

Physico-chemical treatment of wastewater,

 

Sludge Treatment Plant.

Product Details:

We offer a broad spectrum of packaged effluent treatment systems to handle domestic and industrial effluents in small and medium industries. Standard modules facilitate a shorter delivery period. The effluent treatment plant falls under this category as their common name  etp plant,  etp, effluent sewage treatment plants, common effluent treatment plant, Effluent Treatment Plant of Dairy, Effluent wastewater treatment plant, effluent treatment plant.

The completely pre engineered units require very little civil work and can be erected and commissioned in a short time span. The prefabricated units are independent of site location (i.e.) in places where there is space constraint or cost of space is very high, these units can be located either on the top of the building, structures or in the basement.

Process Benefits

• Compact Design- A fraction of the size of conventional systems

• Expandable- Capacity can be easily upgraded by simply increasing the fill fraction of biofilm carriers

• Single Pass Process- No return activated sludge stream required

• Load Responsive- Actively sloughed biofilm automatically responds to load fluctuations

• Minimal Maintenance- No F/M ratios or MLSS levels to maintain

Advantages of Package Effluent Treatment Plant

 

• Small Footprint

• Cost effective plant upgrades

• Modular preconstructed systems

• Durable UV resistant HDPE biofilm carriers.

• Cold climate nitrification/denitrification

• Minimal solids and sludge generation

• Expandable and flexible designs

• Minimal O&M requirements

• Straight Forward Process treatment and fully / semi-automatic controls.

• Continuous flow.

Product Details:

In order to cater the variegated demands of our precious clients, we are offering a wide range of Industrial Effluent Treatment Plant. The effluent treatment plant falls under this category as their common name  etp plant,  etp, effluent sewage treatment plants, common effluent treatment plant, Effluent Treatment Plant of Dairy, Effluent wastewater treatment plant, effluent treatment plant.

Industrial wastewater treatment plant(etp plant) covers the mechanisms and processes used to treat waters that have been contaminated in some way by anthropogenic industrial or commercial activities prior to its release into the environment or its reuse of industrial wastewater.

Most industries produce some wet waste although recent trends in the developed world have been to minimise such production or recycle such waste within the production process. However, many industries remain dependent on processes that produce industrial waste treatment.

 

 

Water is an essential part of any food manufacturing plant. It is used as an ingredient, coolant, CIP solvent or in many other chemical based reactions in companies. After the completion of manufacturing process, this influent gets converted into wastewater which gets expelled from industry as a byproduct which is also known as effluent. This effluent is defined as a mixture of both toxic and non- toxic materials and it generally contains 99.9% water and 0.1% solids. The main task in treating the wastewater is simply to remove most or all this 0.1% of solids. Effluent cannot just be disposed of to the environment because of the harmful material it contains. Therefore, an effluent treatment plant comes into play. This is simply a procedure put in place to purify industrial wastewater to recycle it or dispose of it safely. Different companies have different wastewater composition and require slightly different effluent treatment plants.

Other Specifications:

• Negligible civil work involved
• Easy to operate and maintain
• Portable & modular treatment plants
• Pressurized sand filtration

We offer a broad spectrum of packaged effluent treatment systems to handle domestic and industrial effluents in small and medium industries. Standard modules facilitate a shorter delivery period. The effluent treatment plant falls under this category as their common name  etp plant,  etp, effluent sewage treatment plants, common effluent treatment plant, Effluent Treatment Plant of Dairy, Effluent wastewater treatment plant, effluent treatment plant.

The completely pre engineered units require very little civil work and can be erected and commissioned in a short time span. The prefabricated units are independent of site location (i.e.) in places where there is space constraint or cost of space is very high, these units can be located either on the top of the building, structures or in the basement.

Process Benefits

• Compact Design- A fraction of the size of conventional systems

• Expandable- Capacity can be easily upgraded by simply increasing the fill fraction of biofilm carriers

• Single Pass Process- No return activated sludge stream required

• Load Responsive- Actively sloughed biofilm automatically responds to load fluctuations

• Minimal Maintenance- No F/M ratios or MLSS levels to maintain

Advantages of Package Effluent Treatment Plant

 

• Small Footprint

• Cost effective plant upgrades

• Modular preconstructed systems

• Durable UV resistant HDPE biofilm carriers.

• Cold climate nitrification/denitrification

• Minimal solids and sludge generation

• Expandable and flexible designs

• Minimal O&M requirements

• Straight Forward Process treatment and fully / semi-automatic controls.

• Continuous flow.