Varuna’s Effluent Treatment Plant (ETP) treats industrial wastewater effectively and sustainably, whilst complying with the Continuous Pollution Conference Board (CPCB) standards. This ETP removes BOD, COD, TSS, oil, and grease, in addition to enabling water reuse, reducing costs, and effortlessly functioning in an environmentally sound manner, thanks to IoT based operations and modular RCC design.
The Effluent Treatment Plant (ETP) serves as a specialised method for treating industrial wastewater to facilitate its safe reuse and prevent environmental harm. Its primary objective is to mitigate the adverse effects caused by effluents by purifying them before release into the environment. Industrial wastewater varies widely in composition depending on the industry. It may contain oils, grease, toxic substances like cyanide, or degradable organic pollutants found in effluents from food and beverage factories. Given this diversity of impurities, tailored treatment technologies such as ETP become essential. The ETP operates through a series of stages employing physical, chemical, biological, and membrane processes. These stages are designed to effectively treat wastewater from various industrial sectors such as chemicals, pharmaceuticals, refineries, dairy, ready-mix plants, and textiles. Each sector may require specific treatment methodologies to address its unique effluent composition and environmental impact.
Industries like manufacturing, pharmaceuticals, food processing, chemicals, textiles, and dairy produce harmful effluents. Untreated wastewater can cause environmental damage, fines, shutdowns, and reputational loss.
Key Benefits of an ETP:
An Effluent Treatment Plant typically consists of a multi-stage purification process that includes the following stages:
The right capacity for your ETP depends on the volume of wastewater your plant generates daily. This is generally calculated as KLD (Kilo Litres per Day).
|
Industry Type |
Typical ETP Capacity |
|
Textile & Garments |
50–500 KLD |
|
Pharmaceuticals |
10–250 KLD |
|
Chemical Plants |
100–1000 KLD |
|
Dairy/Meat Processing |
20–300 KLD |
|
Food Processing |
30–500 KLD |
|
Ready Mix Concrete |
15–100 KLD |
Varuna offers fully customizable ETPs for all industry scales—from micro units to large-scale manufacturing hubs.
The Central Pollution Control Board (CPCB) has established effluent discharge norms that vary based on industry type and discharge location (surface water, land irrigation, sewerage).
The cost of installing an ETP varies depending on the capacity, type of industry, type of effluent, level of automation, and discharge standards.
Looking for a cost-efficient ETP for industries? Varuna offers both custom-built and plug-and-play ETPs.
Varuna takes pride in offering one of the fastest installation timelines in the industry.
|
Type of ETP |
Delivery Time |
Installation Time |
|
Precast RCC Modular |
7–10 Days |
10–15 Days |
|
Civil-Based Traditional |
30–45 Days |
60–90 Days |
With our precast RCC tank technology, we've reduced project timelines by up to 80%. Our recent project at a Government Guest House in Bangalore was completed in just 15 days, compared to a standard 90-day civil project timeline.
If you're searching for the most trusted effluent treatment solutions in Delhi, or a top-tier wastewater treatment company in Bangalore, here’s why industries choose Varuna:
Q1. Can ETP water be reused?
Yes. With tertiary treatment like UV or RO, ETP water can be used for gardening, flushing, and process reuse.
Q2. How long does an ETP last?
With proper maintenance, Varuna’s ETPs can last 15–20 years or more.
Q3. What if our effluent composition is highly variable?
Our design team conducts a complete effluent audit and offers flexible, modular designs that adapt to inflow fluctuations.
Q4. What are the maintenance needs?
We offer easy-to-operate systems with optional AMC plans that include:
Q5. Can we monitor the system remotely?
Yes. Our IoT dashboards offer real-time flow, BOD/COD levels, maintenance alerts, and compliance logs.
