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Wastewater Recycling System
1.0 excl. Tax
Lakh / piece
Minimum Order Quantity 1 piece

Product Specifications:

Minimum Order Quantity: 1 piece

Power: 6.2 kW

Voltage: 380 V

Country of Origin: Made in India

Water Source: Industrial Effluent

Application Industry: Hospital

Automation Grade: Semi-Automatic

Capacity: 1 MLD (Mega Liters per Day)

Control Module: Included

Deliver Type: Available across PAN India

Inlet Flow Rate: 1000 m3/day (cubic meters per day)

Treatment Stages: Primary Treatment, Secondary Treatment

Treatment Technology: Mixed Bed Bio Reactor (MBBR)

Warranty: 1 Year

We offer comprehensive systems catering to various sectors:

Residential Colonies and Apartments

Schools, Hostels, and Colleges

Hospitals

Hotels, Resorts, Restaurants, and Malls

Industrial Units

Other Institutional and Community Buildings, including large temples

Temporary Installations for Military and Paramilitary Forces

Effluent refers to wastewater that has been contaminated by human-industrial or commercial activities before its release into the environment or its potential reuse. Various industries generate wastewater, though recent efforts have been made towards recycling and reusing treated waste. Water plays a pivotal role in food manufacturing plants, serving as an ingredient, coolant, cleaning solvent in processes (CIP), and in various chemical reactions. After the manufacturing process, the influent becomes wastewater, eventually discharged from the industry as effluent. Effluents comprise a mixture of contaminants, including both toxic and non-toxic substances such as heavy metals and organic materials. Since most effluents are primarily composed of water, eliminating remaining solids is crucial. This is achieved through effluent treatment plants, which purify industrial wastewater for safe disposal or recycling. Due to the unique composition of each company’s effluent, personalized treatment plants are essential to meet specific requirements.

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Product Specifications: Minimum Order Quantity: 1 piece Power: 6.2 kW Voltage: 380 V Country of Origin: Made in India Water Source: Industrial Effluent Application Industry: Hospital Automation Grade: Semi-Automatic Capacity: 1 MLD (Mega Liters per Day) Control Module: Included Deliver Type: Available across PAN India Inlet Flow Rate: 1000 m3/day (cubic meters per day) Treatment Stages: Primary Treatment, Secondary Treatment Treatment Technology: Mixed Bed Bio Reactor (MBBR) Warranty: 1 Year We offer comprehensive systems catering to various sectors: Residential Colonies and Apartments Schools, Hostels, and Colleges Hospitals Hotels, Resorts, Restaurants, and Malls Industrial Units Other Institutional and Community Buildings, including large temples Temporary Installations for Military and Paramilitary Forces Effluent refers to wastewater that has been contaminated by human-industrial or commercial activities before its release into the environment or its potential reuse. Various industries generate wastewater, though recent efforts have been made towards recycling and reusing treated waste. Water plays a pivotal role in food manufacturing plants, serving as an ingredient, coolant, cleaning solvent in processes (CIP), and in various chemical reactions. After the manufacturing process, the influent becomes wastewater, eventually discharged from the industry as effluent. Effluents comprise a mixture of contaminants, including both toxic and non-toxic substances such as heavy metals and organic materials. Since most effluents are primarily composed of water, eliminating remaining solids is crucial. This is achieved through effluent treatment plants, which purify industrial wastewater for safe disposal or recycling. Due to the unique composition of each company's effluent, personalized treatment plants are essential to meet specific requirements.

Using recycled water can contribute to saving the Earth by conserving freshwater resources, reducing pollution, and promoting sustainable water management practices. Here’s how:

Conservation of Freshwater Resources: Freshwater is a finite and essential resource. By using recycled water for non-potable purposes like irrigation, industrial processes, and toilet flushing, we reduce the demand for freshwater from traditional sources such as rivers, lakes, and groundwater. This conserves these resources for essential uses like drinking water and ecological support.

 

Mitigation of Water Scarcity: Water scarcity is a growing global concern due to population growth and climate change. Recycling water helps mitigate this issue by creating an alternative, reliable water source during times of drought and scarcity.

 

Reduction of Pollution: By treating wastewater and reusing it, we prevent the discharge of pollutants into natural water bodies. This helps maintain water quality, protect aquatic ecosystems, and reduce the impact on aquatic life and human health.

Product Specifications: Minimum Order Quantity: 1 piece Power: 6.2 kW Voltage: 380 V Country of Origin: Made in India Water Source: Industrial Effluent Application Industry: Hospital Automation Grade: Semi-Automatic Capacity: 1 MLD (Mega Liters per Day) Control Module: Included Deliver Type: Available across PAN India Inlet Flow Rate: 1000 m3/day (cubic meters per day) Treatment Stages: Primary Treatment, Secondary Treatment Treatment Technology: Mixed Bed Bio Reactor (MBBR) Warranty: 1 Year We offer comprehensive systems catering to various sectors: Residential Colonies and Apartments Schools, Hostels, and Colleges Hospitals Hotels, Resorts, Restaurants, and Malls Industrial Units Other Institutional and Community Buildings, including large temples Temporary Installations for Military and Paramilitary Forces Effluent refers to wastewater that has been contaminated by human-industrial or commercial activities before its release into the environment or its potential reuse. Various industries generate wastewater, though recent efforts have been made towards recycling and reusing treated waste. Water plays a pivotal role in food manufacturing plants, serving as an ingredient, coolant, cleaning solvent in processes (CIP), and in various chemical reactions. After the manufacturing process, the influent becomes wastewater, eventually discharged from the industry as effluent. Effluents comprise a mixture of contaminants, including both toxic and non-toxic substances such as heavy metals and organic materials. Since most effluents are primarily composed of water, eliminating remaining solids is crucial. This is achieved through effluent treatment plants, which purify industrial wastewater for safe disposal or recycling. Due to the unique composition of each company's effluent, personalized treatment plants are essential to meet specific requirements.

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