Water Treatment Plant

Zero Liquid Discharge Plants eliminate liquid waste streams from the plant and produce good quality pure water for reuse. Certain factors make water a valuable resource and therefore it is considered a key manufacturing resource. Hence installing a ZLD system would maximize water recycles.

The ZLD system provides an economical solution to all industries which have to compete with local water availability, water costs and wastewater discharge criteria.

The ZLD system combines a number of waste water treatment technologies, including sanitary collection, biological water treatment, microfiltration membrane softening, RO water recycling and evaporation ponds.

These systems recycle waste streams such as:

• Boiler blow down
• Cooling Tower blow down
• RO reject
• DM regeneration waste
• Softener regeneration waste
• Filter backwash
• Plant drains

Zero Liquid Discharge System is a fully integrated automated system incorporating a mechanical evaporator and solids de-watering system like centrifuge. We can recover 95 to 99 percent of water wasted as purity distillate. High purity distillate produced in this system can be used for cooling tower or boiler makeup water.

Notably, the ZLD reduces water supply costs given that industries no longer purchase fresh water for manufacturing.

We are reliable, have and offer cost-effective systems that get you maximum benefits like,

• Energy efficiency
• Ease of operation
• Maximum recycle

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

A ZLD treatment system will also help your facility meet stringent effluent requirements, such as the U.S. Environmental Protection Agency's Steam Electric Power Generating Effluent Guidelines. Just keep in mind your facility's requirements will vary based on whether you are discharging into a publicly owned treatment works (POTW) or to the environment under a National Pollutant Discharge Elimination System (NPDES permit).

Being conservative with water makes good sense, and appropriate treatment of wastewater, especially to transfer it for reuse, is now seen to be essential to the protection of the world’s fresh water resources; and of economic sense in the business world.

We provides Waste Water Treatment Plant which is a combination of mechanical, biological and chemical processes used to remove particles and suspended solids, organic pollution and nutrients from wastewater, together with sludge treatment which can become a source of energy via anaerobic digestion, or stabilized before disposal.

As wastewater enters a plant for treatment it flows through a bar screen. This removes large floating objects such as rags and sticks which could clog pipes or damage equipment. Once the wastewater has been screened it passes into a grit chamber, where cinders, sand and small stones settle to the bottom. Once the screening process is complete and grit has been removed, the wastewater still contains organic and inorganic matter along with other suspended solids. This collection of solids can be removed in a sedimentation tank. Biosolids are usually removed from tanks by pumping If you have the right pH, temperature and flow conditions, activated sludge works well as a treatment process. This process is flexible with varying flow rates and can generally handle shock loads. Activated sludge has been used worldwide for decades and carries a much lower risk of failure than newer technologies. In addition, activated sludge treatment of municipal wastewater is more advanced than any other biological treatment process in the world.

 

Some of the most common secondary treatment processes are biological processes such as trickling filters, activated sludge and rotating biological contactors. Secondary treatment also removes more of the suspended solids, usually by biological processes in which microbes consume the organic impurities as food and then convert them into carbon dioxide, water and energy. Secondary treatment of sewage works by using aerobic bacteria that feed on dissolved and suspended organic matter in the liquid. The sewage enters the aeration tank where the bacteria begin to multiply and feed on the garbage and waste within. After the sewage leaves the settling tank in the primary stage, it is pumped into an aeration tank. During this time, the bacteria break down the organic matter into harmless byproducts. The sludge is now activated with additional billions of bacteria and other tiny organisms and can be used again by returning it to the aeration tank for mixing with air and new sewage.

Being a client conscious company, we are engrossed in presenting a wide variety of Sewage Treatment Plant. These plants are made up under the direction of skillful personnel by making use of topnotch grade raw material which is been acquired from certified vendors of the market. Requirements of our plants are growing day by day due to its error free performance and consistency. 

Features:

• Corrosion resistance
• Sturdy design
• Low power consumption

We are a leading organization engaged in manufacturing and Trading of Industrial Machines and Plants which are known for its precise engineering and high efficiency. Services rendered by us are appreciated owing to its flawlessness and reliability.

The working principle of the effluent treatment plant system is undertaken to be one of the most effective principles used in an effluent treatment plant system where a large amount of human-friendly chemicals is used that is applied to the water to make it free from all the factors that might be harmful to human and aquatic life. This is an important part of ETP that can be highlighted that helps to highlight that the working principles vary in several ways, furthermore, with the service of etp plant.

 

Effluent Treatment Plant(ETP Plant) is used for effluent treatment for Dairy Industry, Textile Industry and Food/Beverage Processing industries. Their common names are Effluent Treatment System, Effluent Treatment Plant, ETP, ETP Plant, Effluent Wastewater Treatment Plant, MBR Plant, Effluent Treatment Plant for Pharmaceutical industry, and many more.

 

As wastewater enters a plant for treatment it flows through a bar screen. This removes large floating objects such as rags and sticks which could clog pipes or damage equipment. Once the wastewater has been screened it passes into a grit chamber, where cinders, sand and small stones settle to the bottom. Once the screening process is complete and grit has been removed, the wastewater still contains organic and inorganic matter along with other suspended solids. This collection of solids can be removed in a sedimentation tank. Biosolids are usually removed from tanks by pumping If you have the right pH, temperature and flow conditions, activated sludge works well as a treatment process. This process is flexible with varying flow rates and can generally handle shock loads. Activated sludge has been used worldwide for decades and carries a much lower risk of failure than newer technologies. In addition, activated sludge treatment of municipal wastewater is more advanced than any other biological treatment process in the world.

Some of the most common secondary treatment processes are biological processes such as trickling filters, activated sludge and rotating biological contactors. Secondary treatment also removes more of the suspended solids, usually by biological processes in which microbes consume the organic impurities as food and then convert them into carbon dioxide, water and energy. Secondary treatment of sewage works by using aerobic bacteria that feed on dissolved and suspended organic matter in the liquid. The sewage enters the aeration tank where the bacteria begin to multiply and feed on the garbage and waste within. After the sewage leaves the settling tank in the primary stage, it is pumped into an aeration tank. During this time, the bacteria break down the organic matter into harmless byproducts. The sludge is now activated with additional billions of bacteria and other tiny organisms and can be used again by returning it to the aeration tank for mixing with air and new sewage.