Facing water treatment challenges in India? Don’t settle for anything less than expert water treatment plant solutions. Mentor Water delivers reliable, compliant WTP systems – from industrial wastewater treatment to RO purification – tailored to your specific needs. With 16+ years of proven expertise, we ensure optimal performance and sustainable water management for your operations.
Ready to revolutionize your water treatment processes? Contact us at +91 7351 002 123 now to get reliable, tailored treatment plant solutions today.
Our advanced WTP technologies effectively purify raw water or treat wastewater. We provide customized industrial water treatment systems delivering hassle-free, high-quality water fit for your specific application.
We offer comprehensive water treatment plant services across India, leveraging 16+ years of expertise to ensure your system performs optimally throughout its lifecycle:
✅ Expert Consultation & Custom Design: Receive tailored water treatment consultation based on water audits and your specific needs. We design custom water treatment solutions, selecting the right technology whether it’s for industrial wastewater treatment, STP, RO, softening, or other purification requirements.
✅ Professional WTP Installation & Commissioning: Our team handles complete WTP installation and commissioning, ensuring your new plant integrates seamlessly and functions correctly from day one.
✅ Reliable Operations & Maintenance (O&M / AMC): Ensure consistent performance and longevity with our dedicated O&M and Annual Maintenance Contracts (AMCs). We provide proactive water treatment plant maintenance for STPs, ETPs, and all WTP types, minimizing downtime.
✅ Operator training: Once your water treatment plant is installed, we will provide extensive training modules. This will cover topics like how to operate and maintain your WTP and its main components.
✅ Navigate Compliance: Ensure your operations meet all CPCB norms effortlessly. We provide expert guidance for achieving environmental compliance, managing discharge standards, enabling safe water reuse/recycling, and protecting your business from costly penalties.
Understanding the water treatment plant process helps appreciate how raw or wastewater transforms into clean, usable water. While specific steps vary based on the water source (raw water, industrial effluent, sewage) and required output quality, most water treatment solutions involve these core stages to effectively remove contaminants:
Preliminary Treatment
This involves removing large objects and debris. This is typically done using screens and grids. There are two types of screens used in a wastewater treatment plant process namely, coarse and fine screens.
Coagulation and Flocculation
Here, chemicals are added to the water to cause small particles to form larger flocs. This makes it easier to remove the particles in the next step.
Sedimentation
Once large flocs are formed, the water is slowed down and allowed to settle so that the flocs can sink to the bottom. The clear water is then drawn off from the top of the tank.
Filtration
The water is passed through filters to remove any remaining particles. In this process, air and clean water are pumped back up the filter. It helps to dislodge the trapped impurities.
Disinfection
The most commonly used disinfectant chemical in a water treatment plant is chlorine. This stays in the water through the distribution system to protect it from any harmful microorganisms, ensuring the water meets safety and water quality standards India.
Supplementary Treatment
Supplementary treatment such as fluoridation of water (where fluoride is added to water) may be needed for the benefit of the consumer.
With over 16 years of experience, here are some of the reasons why you should trust our water treatment plant products:
Water treatment/softening solution for hospitality, industrial & domestic customers.
Customized solutions to cater individual project needs.
Robust presence in the Government and private sector.
Most water treatment plant processes involve screening (removing large objects), coagulation/flocculation (clumping particles), sedimentation (settling solids), filtration (removing fine particles), and disinfection (killing pathogens). Advanced stages like RO or softening may follow depending on the required water quality standards.
An STP (Sewage Treatment Plant) primarily treats domestic wastewater (sewage) from homes and buildings. An ETP (Effluent Treatment Plant) is designed for treating industrial wastewater, which often contains specific chemical pollutants, heavy metals, or oils requiring specialized wastewater treatment processes for environmental compliance.
Reverse Osmosis (RO) uses a high-pressure pump to force water through a semi-permeable membrane. This membrane blocks dissolved salts, minerals, and other impurities, producing highly purified water (permeate) while concentrating the rejects (brine), making it effective for drinking water treatment and specific industrial applications.
Common chemicals include coagulants (like Alum or PAC) to help particles settle, disinfectants (like Chlorine or Ozone) to kill germs, and pH adjusters (like Lime or Caustic Soda) to control acidity/alkalinity. The specific chemicals used depend on the water treatment process and contaminants present.
The main purpose of an ETP is to treat industrial effluent to remove harmful pollutants specific to that industry (e.g., dyes, chemicals, metals). This ensures the discharged water meets CPCB norms, preventing environmental damage and allowing for potential water reuse, protecting scarce resources.
STPs typically use primary treatment (settling solids), secondary biological treatment (using microbes to break down organic matter, often via aeration), and tertiary treatment/disinfection. Technologies like MBR (Membrane Bioreactor) or SBR (Sequencing Batch Reactor) are advanced biological methods sometimes used in modular wastewater treatment plant designs.
Key factors include the plant type (STP, ETP, RO), capacity (KLD/MLD), influent water quality, required treated water standards, specific WTP technology chosen (e.g., basic vs. advanced like MBR or ZLD), construction materials, automation level, and water treatment plant installation site conditions.
MBR (Membrane Bioreactor) technology combines biological treatment (like activated sludge) with membrane filtration (typically Ultrafiltration or Microfiltration). This allows for higher quality effluent, a smaller footprint compared to conventional STPs, and is effective for wastewater reuse applications, often used in advanced containerized wastewater treatment plant options.
