V Aqua Water Treatment Company is a trusted and experienced ETP & STP plant manufacturer in Faridabad, delivering customized wastewater treatment solutions for industries, commercial establishments, and residential projects. With a strong presence across Haryana and Delhi NCR, V Aqua helps organizations achieve pollution control compliance while reducing water consumption and operational costs.
Faridabad’s rapidly expanding industrial belts such as IMT Faridabad, Ballabhgarh, NIT Faridabad, and Industrial Area Sector 58 demand reliable wastewater treatment systems. V Aqua meets these needs with technically advanced, energy-efficient, and regulation-compliant ETP and STP plants.
Effluent Treatment Plant (ETP) – Specifications, Material List & Technical Details
An Effluent Treatment Plant (ETP) is a comprehensive system designed to treat industrial wastewater by removing harmful pollutants, chemicals, oils, suspended solids, and toxic substances before safe discharge or reuse. A well-engineered ETP ensures compliance with CPCB / SPCB norms, protects the environment, and reduces water consumption.
1. General ETP Plant Specifications
Parameter
Specification
Plant Type
Industrial Effluent Treatment Plant
Capacity Range
5 KLD to 2000+ KLD
Application
Industrial wastewater treatment
Operation Mode
Automatic / Semi-Automatic
Technology
Physico-Chemical + Biological
Installation Type
Skid-mounted / Containerized / Civil
Treated Water Quality
As per CPCB / SPCB norms
Sludge Handling
Filter Press / Sludge Drying Bed
Power Supply
415V ±10%, 50 Hz, 3 Phase
Automation
PLC / Manual Control Panel
Design Life
15–25 years
2. Influent & Effluent Design Parameters
Typical Influent Characteristics
Parameter
Value Range
pH
4.5 – 9.5
BOD
300 – 2000 mg/L
COD
800 – 4000 mg/L
TSS
200 – 1500 mg/L
Oil & Grease
50 – 500 mg/L
Heavy Metals
As per industry type
Treated Effluent Standards
Parameter
Output
pH
6.5 – 8.5
BOD
< 30 mg/L
COD
< 250 mg/L
TSS
< 50 mg/L
Oil & Grease
< 10 mg/L
3. ETP Process Flow Description
Collection & Equalization
pH Correction / Neutralization
Coagulation & Flocculation
Primary Clarification
Biological Treatment (Aeration)
Secondary Clarification
Tertiary Treatment (Filtration)
Sludge Handling & Disposal
4. Detailed Equipment & Material Specifications
4.1 Equalization Tank
Item
Specification
Material
RCC / MS Epoxy Coated / FRP
Function
Flow & load balancing
Retention Time
8–12 hours
Accessories
Air grid, level sensor, agitator
4.2 Neutralization Tank
Item
Specification
Material
FRP / MS Rubber Lined
pH Range Control
6.5 – 8.5
Chemical Used
Acid / Caustic
Equipment
Dosing pump, mixer
4.3 Coagulation & Flocculation Tank
Item
Specification
Material
FRP / MS Epoxy
Chemicals
Alum, PAC, Polyelectrolyte
Mixing Type
Slow & fast mixer
Purpose
Removal of TSS & color
4.4 Primary Clarifier
Item
Specification
Type
Circular / Rectangular
Material
RCC / MS
Function
Settling of flocs
Sludge Removal
Bottom scraper / manual
4.5 Aeration Tank (Biological Treatment)
Item
Specification
Process
Activated Sludge / MBBR
Media
HDPE bio media (MBBR)
Air Diffusers
EPDM Fine Bubble
Blower Type
Roots / Ring Blower
DO Maintained
2–4 mg/L
4.6 Secondary Clarifier
Item
Specification
Function
Biomass separation
Overflow Rate
As per design
Sludge Handling
Return & excess sludge
4.7 Tertiary Treatment System
Unit
Specification
Pressure Sand Filter
MS / FRP Vessel
Activated Carbon Filter
Removes odor & color
Micron Filter
5–20 microns
Optional
UF / RO / MBR
4.8 Sludge Handling System
Item
Specification
Sludge Thickener
RCC / MS
Filter Press
Plate & Frame
Sludge Cake
20–30% solids
Disposal
Authorized agency
5. Piping & Valves Specifications
Item
Material
Raw Effluent Line
UPVC / HDPE
Chemical Lines
CPVC
Treated Water Line
UPVC / HDPE
Valves
Butterfly / Ball / NRV
Gaskets
EPDM
6. Electrical & Automation Specifications
Item
Details
Control Panel
MCC / PLC Panel
Starters
DOL / Star-Delta
Instruments
pH, Flow, Level indicators
Safety
Overload & short circuit protection
Cabling
FRLS Copper cables
7. Chemicals Used in ETP
Alum / PAC
Lime / Caustic Soda
Sulphuric / Hydrochloric Acid
Polyelectrolyte
Nutrients for biological treatment
8. ETP Performance Guarantees
CPCB / SPCB compliance
Stable operation under load variations
Low sludge generation
Reduced chemical & power consumption
9. Operation & Maintenance Requirements
Parameter
Details
Manpower
1–2 trained operators
Power Consumption
0.5–1.5 kWh/KLD
Maintenance
Weekly & monthly checks
Spare Parts
Easily available
10. Design Standards & Compliance
CPCB & SPCB norms
ISO 9001 design practices
IS standards for civil & piping
Electrical safety norms
Sewage Treatment Plant (STP) – Specifications, Material List & Technical Details
A Sewage Treatment Plant (STP) is designed to treat domestic wastewater generated from toilets, bathrooms, kitchens, and wash areas. The objective of an STP is to remove organic pollutants, suspended solids, and pathogens to produce treated water suitable for safe discharge or reuse in gardening, flushing, and cleaning, in compliance with CPCB / SPCB norms.
1. General STP Plant Specifications
Parameter
Specification
Plant Type
Sewage Treatment Plant
Capacity Range
5 KLD to 2000+ KLD
Wastewater Type
Domestic sewage
Treatment Technology
MBBR / SBR / MBR / ASP
Installation Type
RCC / Prefabricated / Containerized
Operation Mode
Automatic / Semi-Automatic
Treated Water Standard
As per CPCB / SPCB
Sludge Handling
Sludge Drying Bed / Filter Press
Power Supply
415V ±10%, 50 Hz, 3 Phase
Automation
PLC / Manual Panel
Design Life
20–25 years
2. Influent & Effluent Design Parameters
Raw Sewage Characteristics (Typical)
Parameter
Value Range
pH
6.5 – 8.5
BOD
200 – 300 mg/L
COD
400 – 600 mg/L
TSS
200 – 350 mg/L
Oil & Grease
20 – 50 mg/L
Treated Water Standards
Parameter
Output
pH
6.5 – 8.5
BOD
< 10–30 mg/L
COD
< 50–250 mg/L
TSS
< 10–50 mg/L
Oil & Grease
< 5 mg/L
Fecal Coliform
As per reuse norms
3. STP Process Flow Description
Screening Chamber
Collection / Equalization Tank
Biological Treatment Unit
Secondary Clarifier
Tertiary Filtration
Disinfection
Sludge Handling System
4. Detailed Equipment & Material Specifications
4.1 Bar Screen Chamber
Item
Specification
Material
SS / MS
Bar Spacing
10–20 mm
Function
Removal of large solids
Type
Manual / Mechanical
4.2 Collection / Equalization Tank
Item
Specification
Material
RCC / FRP / MS
Retention Time
6–8 hours
Accessories
Level sensor, air grid
Function
Flow balancing
4.3 Biological Treatment Unit
MBBR / SBR / ASP Tank
Parameter
Specification
Tank Material
RCC / FRP
Bio Media (MBBR)
HDPE (60–70% filling)
Diffusers
EPDM fine bubble
DO Maintained
2–4 mg/L
Blower Type
Roots / Ring Blower
4.4 Secondary Clarifier
Item
Specification
Type
Circular / Rectangular
Material
RCC / MS
Function
Biomass settling
Sludge Withdrawal
Pump / Gravity
4.5 Tertiary Treatment System
Unit
Specification
Pressure Sand Filter
FRP / MS
Activated Carbon Filter
Removes odor & color
Micron Filter
5–20 microns
Optional
UF / MBR
4.6 Disinfection System
Method
Specification
Chlorination
Dosing pump
UV System
Optional
Purpose
Pathogen removal
4.7 Sludge Handling System
Item
Specification
Sludge Thickener
RCC
Dewatering
Filter press / Drying bed
Sludge Disposal
Approved landfill
5. Piping & Valve Specifications
Item
Material
Raw Sewage Line
UPVC / HDPE
Treated Water Line
UPVC / HDPE
Air Piping
GI / MS
Valves
Butterfly / Ball
Gaskets
EPDM
6. Electrical & Automation Details
Item
Specification
Control Panel
PLC / MCC
Starters
DOL / Star-Delta
Sensors
pH, Level, Flow
Protection
Overload, short circuit
Cabling
FRLS Copper
7. Power & Utility Requirements
Parameter
Details
Power Consumption
0.4–1.2 kWh/KLD
Manpower
1 operator
Chemical Consumption
Minimal
Noise Level
< 75 dB
8. STP Operation & Maintenance
Daily visual inspection
Weekly filter backwashing
Monthly blower & pump checks
Periodic sludge removal
Low O&M cost and user-friendly operation.
9. Compliance & Standards
CPCB / SPCB discharge norms
IS standards for RCC construction
Electrical safety standards
Environmental guidelines
10. STP Performance Guarantee
Stable effluent quality
High BOD & TSS removal
Low odor generation
Energy-efficient operation
Why Choose V Aqua for ETP & STP Plants in Faridabad
V Aqua stands apart from other ETP & STP manufacturers due to its engineering-driven and customer-focused approach.
1. Customized Plant Design
V Aqua does not offer standard designs. Every ETP or STP is engineered based on:
Wastewater analysis
Flow rate (KLD)
Industry type
Reuse or discharge requirements
Space availability
This ensures higher treatment efficiency and lower operating costs.
2. Expertise in Local Compliance
V Aqua has in-depth knowledge of:
HSPCB norms
CPCB discharge standards
Local approval requirements in Faridabad
This helps clients avoid penalties, notices, or operational disruptions.
Plants are designed for long life, stable performance, and low maintenance.
4. Turnkey Execution
From concept to commissioning, V Aqua provides:
Site survey & water analysis
Design & manufacturing
Installation & commissioning
Operator training
AMC & after-sales support
5. Applications Served in Faridabad
V Aqua has solutions for:
Manufacturing industries
Automobile & auto-parts units
Textile & dyeing units
Pharmaceutical companies
Hospitals & healthcare facilities
Residential societies
Hotels & commercial complexes
Educational institutions
Benefits of Installing V Aqua ETP & STP Plants
✔ Legal compliance with pollution control boards ✔ Reduced freshwater dependency ✔ Lower water & disposal costs ✔ Reuse-ready treated water ✔ Compact & energy-efficient systems ✔ Long-term operational reliability
Service Areas in Faridabad
V Aqua actively serves:
IMT Faridabad
Ballabhgarh
NIT Faridabad
Sector 58 Industrial Area
Sector 24 & 25
Mathura Road Industrial Belt
Greater Faridabad (Neherpar)
ETP & STP Plant Cost Tables – Faridabad (By V Aqua Water Treatment Company)
Below are indicative cost tables to help you understand approximate pricing. Final cost may vary based on wastewater quality, technology, automation, and site conditions.
Q1. Is an ETP mandatory for industries in Faridabad?
Yes. Industries generating chemical or contaminated wastewater must install an ETP as per HSPCB and CPCB guidelines to avoid penalties or shutdowns.
Q2. Who needs an STP in Faridabad?
STPs are required for residential societies, hotels, hospitals, offices, malls, and educational institutions generating domestic sewage.
Q3. What is the cost of an ETP or STP in Faridabad?
The cost depends on plant capacity (KLD), wastewater quality, treatment technology, automation level, and civil work. Prices generally start from small-capacity plants and increase with complexity.
Q4. Can treated water be reused?
Yes. STP-treated water can be reused for gardening, flushing, and cleaning. ETP-treated water may require tertiary treatment depending on reuse standards.
Q5. How much space is required for ETP or STP installation?
V Aqua offers compact and modular systems designed to fit limited spaces, making them ideal for Faridabad industrial and commercial sites.
Q6. Does V Aqua provide AMC and maintenance services?
Yes. V Aqua offers Annual Maintenance Contracts (AMC), operational support, spare parts, and technical assistance for long-term plant performance.
Q7. How long does installation take?
Depending on capacity and site conditions, installation and commissioning typically take 4 to 8 weeks.
Conclusion
If you are searching for a reliable ETP & STP plant manufacturer in Faridabad, V Aqua Water Treatment Company is your trusted partner. With advanced technology, customized solutions, regulatory expertise, and strong after-sales support, V Aqua ensures sustainable and compliant wastewater management for your project.
