Effluent Treatment Plants

We are the leading manufacturer of Industrial Effluent Water Treatment Plants that is used in oil & gas industry, chemical industry, manufacturing industry, the pharmaceutical industry, residential complexes and many more. It is the process of making water suitable to be discharged in rivers or ocean by treating toxic and harmful contaminants. Here, the process involves treating water for drinking purpose and for separating solid using the physical method such as settling & filtration and chemical processes such as disinfection & coagulation. The plants we offer are built on international parameters and advanced technology, making it highly durable and efficient. The plant is completely corrosion free and does not require regular maintenance, making it a cost-effective solution. 

Effluent Treatment Plants or (ETPs) are used by leading companies in the pharmaceutical and chemical industry to purify water and remove any toxic and non toxic materials or chemicals from it. These plants are used by all companies for environment protection.

An ETP is a plant where the treatment of industrial effluents and waste waters is done. The ETP plants are used widely in the industrial sector, for example, pharmaceutical industry, to remove the effluents from the bulk drugs.

During the manufacturing process of drugs, varied effluents and contaminants are produced. The effluent treatment plants are used in the removal of high amounts of organics, debris, dirt, grit, pollution, toxic, non toxic materials, polymers etc. from drugs and other medicated stuff. The ETP plants use evaporation and drying methods, and other auxiliary techniques such as centrifuging, filtration, incineration for chemical processing and effluent treatment.

The treatment of effluents is essential to prevent pollution of the receiving water. The effluent water treatment plants are installed to reduce the possibility of pollution; biodegradable organics if left unsolved, the levels of contamination in the process of purification could damage bacterial treatment beds and lead to pollution of controlled waters. The ETPs can be established in the industrial sectors like Pharmaceuticals, Chemicals and Leather industry and tanneries hospitals. etp plant, effluent treatment system , effluent treatment plant , etp, etp water plant, effluent treatment system, effluent treatment, etp suppliers, best effluent treatment plant, industrial etp, Effluent wastewater treatment plant, etp cost, effluent treatment system plant, industrial Effluent treatment plant, textile effluent treatment system, etp plant price, effluent treatment plant manufacturer, manufacturing of etp, suppliers of etp biomedical liquid waste treatment system. The common name of the ETP plant are also called as effluent treatment system, etp plant, effluent treatment system , effluent treatment plant , etp, etp water plant, effluent treatment system, effluent treatment, etp suppliers, best effluent treatment plant, industrial etp, Effluent wastewater treatment plant, etp cost, effluent treatment system plant,industrial Effluent treatment plant, textile effluent treatment system, etp plant price, effluent treatment plant manufacturer, manufacturing of etp, suppliers of etp, biomedical liquid waste treatment system, industrial stp, Industrial water stp, domestic Industrial sewage

Zero Liquid Discharge (ZLD) is a treatment process designed to remove all the liquid waste from a system. The focus of ZLD is to reduce wastewater economically and produce clean water that is suitable for reuse (e.g. irrigation), thereby saving money and being beneficial to the environment. ZLD systems employ advanced wastewater/desalination treatment technologies to purify and recycle virtually all of the wastewater produced.

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Zero Liquid Discharge (ZLD) is a treatment process designed to remove all the liquid waste from a system. The focus of ZLD is to reduce wastewater economically and produce clean water that is suitable for reuse (e.g. irrigation), thereby saving money and being beneficial to the environment. ZLD systems employ advanced wastewater/desalination treatment technologies to purify and recycle virtually all of the wastewater produced.

Specifications:

• Application industries are also power plants, Big Industries, Chemical Plant, Organic Industries,  Sugar Industry, Dairy Industry, Pharmaceutical Industry, Chemical / Petroleum Industry, Automobile Industry, Chemical Industry, Paper Mills, Dairies, Leather Industries, Petrochemical, distillery.

• Installation type are complete civil work, perbrabicated, containerized plug and play

• Capacity in KLD are also available in 5kld, 10kld, 20kld, 50kld, 100kld, 150kld, 200kld, 500kld, 1000kld, 2mld, 3mld, 4mld, 5mld.

• Feeb flow rate are 100 m3/day, 500 m3/day, 1000 m3/day, 2000 m3/day, 5000 m3/day, 10000 m3/day.

The specific technologies that will make up a facility’s ZLD treatment system will vary greatly depending on (1.) the volume of dissolved material present in the waste, (2.) the system’s required flow rate, and (3.) what specific contaminants are present, but will generally consist of a three-step process with the following “blocks” of treatment:

1. Pretreatment and conditioning; removes simple things from the wastewater stream that can be filtered or precipitated out, conditioning the water and reducing the suspended solids and materials that would otherwise scale and/or foul following treatment steps.

2. Phase-one concentration. Concentrating is usually done with membranes like reverse osmosis (RO), brine concentrators, or electrodialysis. These technologies take this stream and concentrate it down to a high salinity and pull out up to 60–80% of the water.

3. Evaporation/crystallization. After the concentration step is complete, the next step is generating a solid, which is done through thermal processes or evaporation, where you evaporate all the water off, collect it, and reuse it. The leftover waste then goes from an evaporator to a crystallizer, which continues to boil off all the water until all the impurities in the water crystallize and are filtered out as a solid.

• Delivery Time: within a month after firm Purchase Order

We are the leading manufacturer of Industrial Effluent Water Treatment Plants that is used in oil & gas industry, chemical industry, manufacturing industry, the pharmaceutical industry, residential complexes and many more. It is the process of making water suitable to be discharged in rivers or ocean by treating toxic and harmful contaminants. Here, the process involves treating water for drinking purpose and for separating solid using the physical method such as settling & filtration and chemical processes such as disinfection & coagulation. The plants we offer are built on international parameters and advanced technology, making it highly durable and efficient. The plant is completely corrosion free and does not require regular maintenance, making it a cost-effective solution.

• Production Capacity: 300 KLD
• Delivery Time: 3 month

Zero Liquid Discharge (ZLD) is a treatment process designed to remove all the liquid waste from a system. The focus of ZLD is to reduce wastewater economically and produce clean water that is suitable for reuse (e.g. irrigation), thereby saving money and being beneficial to the environment. ZLD systems employ advanced wastewater/desalination treatment technologies to purify and recycle virtually all of the wastewater produced.

Zero liquid discharge plant are also termed in this way Zero Liquid Discharge System, Zero Liquid Discharge Plant, zld plant, ZLD evaporator

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Zero Liquid Discharge plant is basically a Waste water treatment system in which we recover the maximum water, remove the contaminants and reduce it to solid waste. ZLD is the most growing treatment process in terms of technology. It is in most demand since few decades as the challenges are growing to recover the maximum fresh and minimize the waste. This technology having different benefits like reducing the cost for waste management, reduce Fresh water demand of industries and
increase in reuse/recycle.

The specific technologies that will make up a facility’s ZLD treatment system will vary greatly depending on the volume of dissolved material present in the waste, the system’s required flow rate, and what specific contaminants are present, but will generally consist of a three-step process with the following “blocks” of treatment:

1. Pretreatment and conditioning; removes simple things from the wastewater stream that can be filtered or precipitated out, conditioning the water and reducing the suspended solids and materials that would otherwise scale and/or foul following treatment steps.

2. Phase-one concentration. Concentrating is usually done with membranes like reverse osmosis (RO), brine concentrators, or electrodialysis. These technologies take this stream and concentrate it down to a high salinity and pull out up to 60–80% of the water.

3. Evaporation/crystallization. After the concentration step is complete, the next step is generating a solid, which is done through thermal processes or evaporation, where you evaporate all the water off, collect it, and reuse it. The leftover waste then goes from an evaporator to a crystallizer, which continues to boil off all the water until all the impurities in the water crystallize and are filtered out as a solid. The common name of the ETP plant are also called as effluent treatment system, etp plant, effluent treatment system , effluent treatment plant , etp, etp water plant, effluent treatment system, effluent treatment, etp suppliers, best effluent treatment plant, industrial etp, Effluent wastewater treatment plant, etp cost, effluent treatment system plant,industrial Effluent treatment plant, textile effluent treatment system, etp plant price, effluent treatment plant manufacturer, manufacturing of etp, suppliers of etp, biomedical liquid waste treatment system, industrial stp, Industrial water stp, domestic Industrial sewage

Effluent Treatment Plants(ETP)

Our company is a major manufacturer of Effluent Treatment Plants(ETP Plant) that are constructed from high quality raw materials. Wastewater generated in a dairy holds highly putrescible organic constituents. This necessitates timely and adequate treatment of the wastewater before being disposed off into the environment. Almost all the organic constituents of dairy wastes are easily biodegradable. Thus, the wastewater is amenable to biological treatment, by both aerobic and anaerobic. Our effluent treatment plant matches the international and national standard norms. Our plant remains odorless, compact & sturdy design and quick to install.

The main advantages of packaged STP and ETP (MBBR/FAB based) are :

• Compact and sturdy design
• Odorless
• Low power consumption
• Easy maintenance

We provide the best etp plant in the industry. Our effluent water treatment plant and effluent wastewater treatment plant provided with application in various industries such as- Dairy Industry, Textile Industry, Automotive, Rice Mill, Food Processing, Food Industry, Paper Mill, Electroplating Industry, Leather, Chemicals, Leather, Electronics, Metals Finishing, Oil & Gas, Petrochemicals, Pharmaceuticals, Power, Pulp & Paper, Glass Factory, Residential, IT Complex, Malls, manufacturing.
Working voltage range(volt) 220 V And 50 HZ. 

The common name of the ETP plant are also called as effluent treatment system, etp plant, effluent treatment system , effluent treatment plant , etp, etp water plant, effluent treatment system, effluent treatment, etp suppliers, best effluent treatment plant, industrial etp, Effluent wastewater treatment plant, etp cost, effluent treatment system plant,industrial Effluent treatment plant, textile effluent treatment system, etp plant price, effluent treatment plant manufacturer, manufacturing of etp, suppliers of etp, biomedical liquid waste treatment system, industrial stp, Industrial water stp, domestic Industrial sewage

We are offering Grey Water Treatment Plant that is used in the treatment of any domestic wastewater produced, excluding sewage. This system has an advantage over other methods as it treats the grey water naturally and also requires minimal power energy. The plant is completely designed using genuine stainless steel and is robust in built and weather proof. It has longer service life and requires minimal maintenance. 

Features

• Easy valve assembly with simplified frontal Piping
• Simpler distribution collecting systems is Very easy to install
• Completely rust free plant
• Less power consumption
• Durable and cost effective

Applications

• Oil & gas sector
• Pharmaceutical industry
• Power plants
• Chemical industry
• Textile industry

Specifications

• Capability: 0.3 to 13 T/h
• Working Voltage: 220V
• Capacity: 5 KLD to 2 MLD

Zero Liquid Discharge (ZLD) is a treatment process designed to remove all the liquid waste from a system. The focus of ZLD is to reduce wastewater economically and produce clean water that is suitable for reuse (e.g. irrigation), thereby saving money and being beneficial to the environment. ZLD systems employ advanced wastewater/desalination treatment technologies to purify and recycle virtually all of the wastewater produced.

Zero liquid discharge plant are also termed in this way Zero Liquid Discharge System, Zero Liquid Discharge Plant, zld plant, ZLD evaporator

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Zero Liquid Discharge System is 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. Zero liquid discharge, this system is highly beneficial for industrial processes as it is capable of treating and recovering valuable products from the effluent liquid streams.

The specific technologies that will make up a facility’s ZLD treatment system will vary greatly depending on the volume of dissolved material present in the waste, the system’s required flow rate, and what specific contaminants are present, but will generally consist of a three-step process with the following “blocks” of treatment:

1. Pretreatment and conditioning; removes simple things from the wastewater stream that can be filtered or precipitated out, conditioning the water and reducing the suspended solids and materials that would otherwise scale and/or foul following treatment steps.

2. Phase-one concentration. Concentrating is usually done with membranes like reverse osmosis (RO), brine concentrators, or electrodialysis. These technologies take this stream and concentrate it down to a high salinity and pull out up to 60–80% of the water.

3. Evaporation/crystallization. After the concentration step is complete, the next step is generating a solid, which is done through thermal processes or evaporation, where you evaporate all the water off, collect it, and reuse it. The leftover waste then goes from an evaporator to a crystallizer, which continues to boil off all the water until all the impurities in the water crystallize and are filtered out as a solid. The common name of the ETP plant are also called as effluent treatment system, etp plant, effluent treatment system , effluent treatment plant , etp, etp water plant, effluent treatment system, effluent treatment, etp suppliers, best effluent treatment plant, industrial etp, Effluent wastewater treatment plant, etp cost, effluent treatment system plant,industrial Effluent treatment plant, textile effluent treatment system, etp plant price, effluent treatment plant manufacturer, manufacturing of etp, suppliers of etp, biomedical liquid waste treatment system, industrial stp, Industrial water stp, domestic Industrial sewage