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About Our Process

Step-by-Step Water Treatment Process

Our water treatment process is a combination of mechanical, chemical, and biological techniques designed to purify raw water into clean, reusable, or discharge-ready water. Each stage plays a critical role in removing impurities and ensuring safety and efficiency.

From intake to discharge, each process stage is scientifically designed for maximum water recovery and quality.

Water treatment begins with **raw water collection** from sources like rivers, borewells, or industrial reuse systems. The collected water passes through mechanical screening to remove large solids, plastics, and debris.

Next, **coagulation and flocculation** help bind fine particles together using alum or polymer agents, forming larger clumps called flocs. These flocs then settle down during **sedimentation**.

  • Intake and screening of raw water
  • Coagulation and flocculation process
  • Sedimentation for solid separation
  • Filtration and disinfection

Advanced Filtration & Disinfection

After sedimentation, water passes through multi-media filters and activated carbon filters to remove fine particles, color, and odor. It is then disinfected using chlorine, ozone, or UV treatment to eliminate harmful microorganisms and ensure potability.

Primary treatment focuses on removing large particles and suspended solids through screening, sedimentation, and grit removal units.
  • Removes visible impurities and coarse materials
  • Settling tanks for heavier solids
  • Prepares water for biological treatment
In secondary treatment, microorganisms break down dissolved organic matter in aeration tanks. The resulting sludge is then separated through clarifiers.
  • Uses aerobic and anaerobic biological processes
  • Removes 85–95% of organic pollutants
  • Produces cleaner effluent ready for filtration
Tertiary treatment refines the water further through ultrafiltration (UF), reverse osmosis (RO), and disinfection to achieve high purity levels.
  • Removes dissolved salts and final contaminants
  • Ensures compliance with WHO and CPCB norms
  • Water becomes suitable for reuse or discharge