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Sewage Treatment Plant Manufacturer in Faridabad

435,000.00

V AQUA is a sewage treatment plant and STP plant manufacturer in Faridabad, offering automatic, compact and customized solutions for residential societies, hotels, hospitals, commercial buildings and industries. Our STPs provide efficient sewage treatment, durability, easy operation and treated-water reuse.

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Description

Faridabad is one of the major industrial and residential cities in the Delhi-NCR region. The city has manufacturing units, industrial estates, residential societies, apartments, commercial buildings, hotels, hospitals, schools, institutions, warehouses and large infrastructure projects. These facilities generate domestic sewage every day and require reliable wastewater treatment solutions.

A properly designed Sewage Treatment Plant (STP) helps collect and treat domestic wastewater before it is reused or discharged according to applicable requirements. Choosing the right STP capacity, treatment technology and equipment is important for achieving consistent treatment performance.

V AQUA WATER TREATMENT COMPANY is a sewage treatment plant manufacturer in Faridabad, offering customized STP solutions for residential, commercial, institutional and industrial applications across Faridabad and the wider Delhi-NCR region.

V AQUA manufactures and supplies automatic, compact and customized sewage treatment plants based on project capacity, wastewater characteristics, available space and treated-water requirements.

What Is a Sewage Treatment Plant?

A Sewage Treatment Plant is a wastewater treatment system primarily designed to treat domestic sewage generated from toilets, bathrooms, kitchens, canteens, offices, residential buildings and commercial facilities.

Domestic sewage contains biodegradable organic matter, suspended solids, nutrients, detergents and microorganisms.

An STP uses physical, biological and tertiary treatment processes to reduce these contaminants.

A typical sewage treatment plant may include:

  • Bar screen
  • Collection tank
  • Equalization tank
  • Feed pump
  • Biological reactor
  • Aeration system
  • Clarifier
  • Filtration system
  • Disinfection system
  • Sludge-management system
  • Treated-water tank

The final process configuration depends on sewage flow, wastewater characteristics, treatment technology and treated-water quality requirements.

Why Faridabad Needs Sewage Treatment Plants

Faridabad has a combination of industrial, residential and commercial development. Factories, housing societies, offices and institutions generate domestic wastewater throughout the day.

An appropriately designed STP can help:

  • Treat domestic sewage
  • Reduce organic and suspended pollutants
  • Support wastewater recycling
  • Reduce freshwater consumption
  • Provide treated water for suitable non-potable uses
  • Improve wastewater management
  • Support applicable environmental requirements
  • Improve water-use efficiency

STPs are especially relevant for large residential societies, industrial campuses, commercial properties and institutional developments.

V AQUA STP Plant Manufacturer in Faridabad

V AQUA WATER TREATMENT COMPANY provides sewage treatment solutions for projects in Faridabad, Delhi-NCR and other locations across India.

The company focuses on customized STP design based on actual project requirements.

STP systems can be configured according to:

  • Required capacity
  • Daily sewage generation
  • Peak flow
  • Number of users
  • Wastewater characteristics
  • Available installation area
  • Treatment technology
  • Treated-water quality
  • Water reuse requirements
  • Automation level
  • Installation conditions
  • Future expansion

V AQUA positions its sewage treatment systems around efficient treatment, durable equipment, economical operation and customized design.

How an STP Works

A typical sewage treatment plant uses several stages to treat domestic wastewater.

Screening

Raw sewage enters through a screening system that removes large solids and floating materials.

Materials such as plastic, paper, cloth and other debris are removed at this stage.

Screening protects pumps and downstream treatment equipment.

Collection and Equalization

Screened sewage is collected in a collection or equalization tank.

Equalization helps balance wastewater flow and loading before biological treatment.

Biological Treatment

Biological treatment uses microorganisms to break down biodegradable organic matter.

In aerobic systems, air blowers and diffusers provide oxygen to support biological activity.

Common treatment technologies include:

  • MBBR
  • SBR
  • MBR
  • Extended aeration
  • Activated sludge

Clarification

After biological treatment, biological solids are separated from treated water through clarification where applicable.

Tertiary Filtration

Additional filtration can be incorporated when higher treated-water quality is required.

Typical systems include:

  • Pressure sand filter
  • Activated carbon filter
  • Micron filter
  • Other polishing systems

Disinfection

Disinfection helps reduce microorganisms in treated water.

Depending on the application, UV, chlorination or another suitable technology can be incorporated.

Sludge Management

Biological treatment generates excess sludge that must be collected and managed appropriately.

Depending on the design, sludge can be transferred to a holding or dewatering system.

Treated Water Storage

After treatment, filtration and disinfection, treated water is stored in a treated-water tank for suitable reuse or discharge.

Types of STP Plants in Faridabad

Different projects require different treatment technologies.

MBBR STP

Moving Bed Biofilm Reactor (MBBR) technology uses biological media inside an aeration reactor.

Microorganisms grow on the media and help degrade biodegradable organic pollutants.

MBBR can be considered for projects requiring compact biological treatment and operational flexibility.

SBR STP

Sequencing Batch Reactor (SBR) performs different treatment stages in a controlled sequence.

A typical cycle includes:

  1. Fill
  2. React
  3. Settle
  4. Decant
  5. Idle

Automation can be used to control the treatment sequence.

MBR STP

Membrane Bioreactor (MBR) combines biological treatment with membrane filtration.

MBR can be considered for projects requiring:

  • Higher treated-water quality
  • Compact installation
  • Advanced filtration
  • Water reuse

Extended Aeration STP

Extended aeration provides prolonged biological treatment and can be suitable for domestic sewage applications.

The appropriate technology should be selected according to flow, wastewater characteristics, space, treated-water requirements and operating conditions.

Main STP Components

A typical sewage treatment plant supplied for a Faridabad project may include:

Component Purpose
Bar Screen Removes large solids
Collection Tank Receives sewage
Equalization Tank Balances wastewater flow
Feed Pump Transfers sewage
Aeration Tank Biological treatment
Air Blower Supplies oxygen
Fine Bubble Diffusers Distributes air
MBBR Media Supports biofilm growth
Clarifier Separates biological solids
Pressure Sand Filter Removes suspended particles
Activated Carbon Filter Provides additional filtration
Disinfection Unit Reduces microorganisms
Sludge Pump Transfers sludge
Sludge Dewatering System Manages excess sludge
Control Panel Controls plant equipment
Valves & Piping Connects process stages
Treated Water Tank Stores treated water

The final equipment list depends on the selected technology, plant capacity and project specifications.

STP Applications in Faridabad

V AQUA STP systems can be designed for various residential, commercial, institutional and industrial projects.

Residential Societies

Large housing societies generate sewage from apartments, bathrooms, kitchens and common facilities.

A centralized STP can treat wastewater generated throughout the development.

Apartments and Housing Projects

Apartment complexes can use compact or centralized sewage treatment plants depending on occupancy and sewage generation.

Industrial Facilities

Faridabad has numerous manufacturing and industrial facilities. An STP can treat domestic sewage generated from employees, offices, toilets and canteens.

Industrial process wastewater may require a separate ETP or specialized treatment system.

Commercial Buildings

Offices, shopping complexes and business facilities generate wastewater from washrooms, cafeterias, housekeeping and visitors.

Hotels

Hotels generate sewage from guest rooms, restaurants, kitchens, laundry and housekeeping.

Plant capacity should consider occupancy variations and peak flow.

Hospitals

Hospitals generate domestic sewage along with other wastewater streams. The treatment system should be designed according to wastewater characteristics and applicable requirements.

Schools and Colleges

Educational institutions generate wastewater from students, staff, hostels, kitchens and washrooms.

Warehouses and Logistics Centers

Large warehouses and logistics facilities generate domestic sewage from workers, offices and support areas.

STP Capacity in Faridabad

The required STP capacity should be determined from actual sewage generation and peak flow.

Common capacities include:

  • 5 KLD
  • 10 KLD
  • 15 KLD
  • 20 KLD
  • 25 KLD
  • 30 KLD
  • 50 KLD
  • 75 KLD
  • 100 KLD
  • 150 KLD
  • 200 KLD
  • 300 KLD
  • 500 KLD
  • 1000 KLD
  • Customized capacities

KLD means Kilolitres per Day.

A 15 KLD STP has a nominal treatment capacity of approximately 15,000 litres per day, subject to final hydraulic and process design.

For large residential societies and industrial campuses, capacity planning should consider occupancy, water consumption, sewage generation, peak flow and future expansion.

STP Plant Price in Faridabad

The cost of an STP plant in Faridabad depends on capacity, treatment technology, equipment specifications, automation, construction material, installation and site conditions.

As a reference, the 15 KLD STP plant price starts from approximately ₹5.92 lakh.

STP Capacity Indicative Price
5 KLD Customized quotation
10 KLD Customized quotation
15 KLD Starts from ₹5.92 lakh
20 KLD Customized quotation
25 KLD Customized quotation
50 KLD Customized quotation
100 KLD Customized quotation
200 KLD Customized quotation
500 KLD Customized quotation
1000 KLD Customized quotation

The ₹5.92 lakh amount is an indicative starting price for the referenced 15 KLD configuration. Final pricing may vary according to treatment technology, equipment specifications, automation, installation, transportation, civil work, electrical scope, piping and site conditions.

Factors Affecting STP Cost

Several factors determine the final STP plant price in Faridabad.

Treatment Capacity

Higher-capacity plants generally require larger tanks and higher-capacity pumps, blowers and other equipment.

Treatment Technology

MBBR, SBR, MBR and extended-aeration systems have different equipment and process requirements.

Automation

PLC, HMI, sensors, automatic valves and process controls can influence the initial cost.

Construction Material

The selected material depends on plant design, installation method and project conditions.

Tertiary Treatment

Additional filtration and disinfection systems can increase the overall project cost.

Installation

Equipment placement, piping, electrical work and site access influence installation costs.

Civil Work

Foundation, excavation, RCC tanks and other civil requirements can affect the total project budget.

Transportation

Transportation costs depend on plant size, delivery location and site accessibility.

Compact STP Plant in Faridabad

Land availability can be an important consideration for residential, commercial and industrial properties.

A compact STP plant can help optimize available space.

Compact systems may be considered for:

  • Apartments
  • Housing societies
  • Hotels
  • Offices
  • Hospitals
  • Schools
  • Restaurants
  • Commercial complexes
  • Industrial facilities

The actual footprint depends on capacity, treatment technology and equipment arrangement.

Automatic STP Plant Manufacturer in Faridabad

An automatic STP can operate pumps, blowers and treatment processes with reduced manual intervention.

Depending on the selected configuration, automation may include:

  • PLC
  • HMI
  • Level sensors
  • Flow meters
  • Automatic pumps
  • Blower controls
  • Motor protection
  • Alarm systems
  • Automatic process sequencing

Automatic operation can be useful for residential societies, hotels, commercial buildings and industrial facilities.

Treated Water Reuse

A sewage treatment plant can support water conservation by producing treated water for suitable non-potable applications.

Depending on treated-water quality and applicable requirements, treated water may be considered for:

  • Gardening
  • Landscaping
  • Toilet flushing
  • Floor cleaning
  • Road washing
  • Other suitable non-potable uses

Treated-water quality should be evaluated against the requirements of the intended application before reuse.

STP Maintenance

Regular maintenance is essential for reliable plant performance.

Typical maintenance activities include:

  • Cleaning inlet screens
  • Checking sewage pumps
  • Inspecting air blowers
  • Checking diffusers
  • Monitoring biological treatment
  • Inspecting MBBR media
  • Cleaning filtration systems
  • Checking disinfection equipment
  • Removing excess sludge
  • Inspecting valves
  • Checking pipelines
  • Inspecting control panels
  • Monitoring treated-water quality

Preventive maintenance can help reduce unexpected equipment failures and support consistent plant operation.

STP Water Quality Monitoring

The parameters monitored depend on the intended discharge or reuse application.

Common parameters include:

  • pH
  • BOD
  • COD
  • TSS
  • Ammoniacal nitrogen
  • Total nitrogen where applicable
  • Total phosphorus where applicable
  • Oil and grease where relevant
  • Fecal indicators

Applicable treated-water requirements should be established for the specific project.

STP vs ETP

It is important to distinguish between sewage treatment and industrial effluent treatment.

STP

An STP primarily treats domestic sewage generated from:

  • Toilets
  • Bathrooms
  • Kitchens
  • Canteens
  • Offices
  • Residential facilities

ETP

An ETP treats industrial process wastewater.

Industrial effluent can contain chemicals, oils, heavy metals, high TDS, high COD and other industry-specific contaminants.

Therefore, a factory in Faridabad may require an STP for domestic sewage and an ETP for industrial process wastewater.

STP Manufacturer in Faridabad NCR

Faridabad is closely connected to Delhi and other NCR cities such as Gurgaon, Noida and Ghaziabad.

V AQUA provides sewage treatment solutions for projects in Faridabad, Delhi-NCR and other locations across India.

Its STP solutions can be considered for:

  • Residential developments
  • Commercial buildings
  • Corporate facilities
  • Hotels
  • Hospitals
  • Educational institutions
  • Industrial units
  • Warehouses
  • Large campuses

Why Choose V AQUA STP

V AQUA WATER TREATMENT COMPANY focuses on customized sewage treatment solutions for different project requirements.

Key features include:

  • Sewage treatment plant manufacturing
  • Customized treatment capacities
  • MBBR, SBR, MBR and other technology options
  • Automatic and semi-automatic configurations
  • Compact STP systems
  • Durable equipment selection
  • Treated-water reuse solutions
  • Installation support
  • Technical assistance
  • Documentation
  • Customized project solutions
  • Service support across India

V AQUA states that its STP systems are designed for long-term use. Actual service life depends on installation quality, operating conditions, preventive maintenance and replacement of individual components.

STP Installation in Faridabad

Proper installation is important for reliable STP performance.

A typical installation process includes:

  1. Site survey
  2. Sewage-flow assessment
  3. Wastewater analysis where required
  4. Technology selection
  5. Detailed plant design
  6. Civil preparation
  7. Equipment placement
  8. Piping installation
  9. Electrical connections
  10. Control-panel installation
  11. Testing
  12. Commissioning
  13. Operator training

The complete project scope should be finalized before installation, including civil work, electrical work, piping, transportation and commissioning.

Customized STP Solutions in Faridabad

Different projects have different sewage-generation patterns.

A customized STP can be designed according to:

  • Number of users
  • Occupancy
  • Daily sewage generation
  • Peak flow
  • Wastewater characteristics
  • Available space
  • Treatment technology
  • Treated-water quality
  • Water reuse requirements
  • Automation level
  • Future expansion

Customized design can be particularly useful for large residential societies, factories, hotels, hospitals and commercial developments.

How to Select an STP Plant Manufacturer in Faridabad

Before selecting an STP manufacturer, project owners should evaluate:

  • Manufacturing experience
  • Treatment technology
  • Equipment specifications
  • Plant capacity
  • Energy consumption
  • Automation
  • Installation support
  • Warranty terms
  • Spare-parts availability
  • Technical support
  • Maintenance requirements
  • Documentation
  • Future expansion capability

The purchase price should not be the only consideration. Energy consumption, maintenance, spare parts and long-term operating requirements should also be evaluated.

Frequently Asked Questions

Who is a sewage treatment plant manufacturer in Faridabad?

V AQUA WATER TREATMENT COMPANY provides sewage treatment plant manufacturing and wastewater treatment solutions for residential, commercial, institutional and industrial projects in Faridabad and across India.

What is the price of an STP plant in Faridabad?

STP pricing depends on capacity, technology, equipment specifications, automation and installation requirements. The 15 KLD STP plant price starts from approximately ₹5.92 lakh for the referenced configuration.

Which STP technology is suitable for Faridabad?

MBBR, SBR, MBR, extended aeration and other technologies can be considered based on sewage flow, wastewater characteristics, available space and treated-water requirements.

What capacity STP is required for an apartment society?

The required capacity depends on the number of residents, water consumption, sewage generation and peak flow. A project-specific assessment should be completed before selecting the plant.

Can treated STP water be reused?

Yes. Appropriately treated wastewater can be considered for suitable non-potable applications such as gardening, toilet flushing and cleaning, subject to required water quality.

Is a compact STP suitable for Faridabad?

Compact STPs can be considered where available installation space is limited. The appropriate configuration depends on plant capacity and treatment technology.

What is the difference between STP and ETP?

An STP generally treats domestic sewage, while an ETP treats industrial process wastewater. An industrial facility can require both systems if it generates both domestic sewage and process effluent.

Does V AQUA manufacture automatic STP plants?

Yes. V AQUA offers automatic and semi-automatic STP configurations based on project requirements.

Does V AQUA provide STP solutions in Faridabad?

Yes. V AQUA provides sewage treatment solutions for projects in Faridabad, Delhi-NCR and other locations across India.

Does an STP require regular maintenance?

Yes. Pumps, blowers, diffusers, filters, sludge systems, electrical equipment and other components require regular inspection and maintenance.

Conclusion

A properly designed sewage treatment plant in Faridabad can help residential societies, commercial buildings, hotels, hospitals, educational institutions and industrial facilities manage domestic wastewater efficiently.

V AQUA WATER TREATMENT COMPANY provides STP systems in different capacities and technology configurations, including automatic, compact and customized solutions.

For a new STP project, the system should be selected after evaluating sewage generation, peak flow, wastewater characteristics, available space, treated-water requirements and applicable regulations.

With proper design, installation, operation and maintenance, an STP can support wastewater treatment, water recycling and more efficient water-resource management.

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