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Effluent Water Treatment System
EFFLUENT TREATMENT PLANT
Industrial wastewater is treated at Effluent Treatment Plants, or ETPs, water pollution control systems. The procedure divides biological and physical waste into two groups: treated water and sludge. In terms of health risks, these two waste groups are significantly different. An effluent treatment facility eliminates damage from biological and chemical processes. Filtration, aeration, screening, and sedimentation are examples of physical treatment techniques.
The pathogens found in microbiological wastewater are present. These kinds of microbes can spread illness to both people and animals. Organics that degrade quickly, such as bacteria, viruses, and protozoa, are environmentally harmful. This procedure is crucial for getting rid of these toxins and lowering the dangers of contracting illnesses that are transmitted by water. The effluent must first be cleansed to be released into a river or lake. Different design approaches can be used to create ETPs.
With its headquarters in Delhi, India, Spectrum Aqua Pvt Ltd is a well-known ETP, STP, DM, and RO Plants producer. We have provided services to numerous sectors and applications throughout North India, and we are constantly innovating to broaden the scope of our solutions. We have been offering complete solutions from understanding customer requirements, solution design, implementation, onsite/offsite installation, post-installation support, break fixes, and AMCs.
Reverse Osmosis Plants
Product Brochure
| Treatment Capacity | 30 KLD |
| Capacity | Up to 30 KLD |
| Industry / Application | Any Industry |
| Application Industry | Residential & Commercial Building |
| Water Source | Industrial Effluent |
| Services Offered | Installation |
| Country of Origin | Made in India |
๐ TECHNICAL DATASHEET – UP TO 30 KLD ETP
1. General Information
|
Parameter |
Description |
|
Plant Capacity |
Up to 30 KLD (30,000 litres/day) |
|
Technology Used |
Primary + Biological (MBBR) + Tertiary Treatment |
|
Effluent Type |
Light-Medium Industrial Effluent |
|
Design Flow |
30 m³/day |
|
Operating Hours |
12–24 Hours/Day |
|
Disposal Mode |
Reuse / Sewer / Zero Liquid Discharge (ZLD) |
2. Treatment Process Flow
Proposed Treatment Scheme (MBBR Based):
- Collection Tank
- Oil & Grease Trap
- Equalization Tank
- Chemical Dosing Unit (pH adjustment, coagulation/flocculation)
- Primary Clarifier
- Biological Treatment – MBBR Aeration Tank
- Secondary Clarifier
- Tertiary Treatment – Pressure Sand Filter + Activated Carbon Filter
- Disinfection – UV or Chlorine
- Treated Water Tank
- Sludge Drying Beds / Filter Press
3. Key Design Components
|
Unit |
Approximate Size (L×B×H in meters) |
|
Collection Tank |
2.5 × 2.5 × 2.5 |
|
Equalization Tank |
3.0 × 2.5 × 2.5 |
|
O&G Separator |
1.5 × 1.0 × 1.5 |
|
Primary Clarifier |
Dia. 2.0 × 2.0 Depth |
|
Aeration Tank |
3.5 × 2.5 × 3.0 |
|
Secondary Clarifier |
Dia. 1.8 × 2.0 Depth |
|
Tertiary Filters (PSF + ACF) |
0.4 m dia. x 1.5 m ht. each |
|
Treated Water Tank |
2.5 × 2.5 × 2.5 |
|
Sludge Drying Beds |
2 nos., 2.0 × 1.5 each |
4. Electrical & Mechanical Equipment
|
Equipment |
Specs |
|
Air Blower |
1W+1S, 2–3 HP |
|
Dosing Pumps |
2–3 nos., 0.5 HP each |
|
Transfer Pumps |
2–3 nos., 1–2 HP each |
|
Diffusers |
Fine bubble, EPDM |
|
UV System |
30 LPM or equivalent |
|
Control Panel |
Semi-automatic / PLC Based |
5. Treated Water Applications
- Cooling tower makeup
- Floor washing
- Gardening/landscaping
- Process reuse (non-critical)