We specialize in the Design, Fabrication, Supply, Erection, and Commissioning of advanced Turnkey Water Bottling Plants for commercial packaged drinking water production. Our automated bottling solutions ensure 100% hygienic processing, precision filling, and reliable packaging while meeting strict BIS (Bureau of Indian Standards), FSSAI, and international food safety guidelines.
With over 13 years of process engineering expertise, we manufacture energy-efficient and custom-engineered water bottling lines tailored for diverse container formats. Available as both high-capacity fully automatic lines and Compact Skid-Mounted / Semi-Automatic Bottling Units, our solutions minimize site footprints, optimize utility costs, and drastically lower operating expenses (OPEX).
Depending on source water quality and production capacity targets, we integrate state-of-the-art technologies including Ozonation, Reverse Osmosis (RO), Ultrafiltration (UF), Automatic Blow Molding, and High-Speed Filling Systems.
A Turnkey Water Bottling Plant operates as a seamless multi-stage engineering process designed to purify raw water and package it safely for consumers. By combining advanced multi-stage water purification with fully automated blowing, rinsing, filling, capping, and labeling systems, our plants deliver premium quality drinking water with minimal human contact and maximum shelf-life.
Raw Water Clarification & Pre-Filtration
Advanced RO & UV / Ozonation Sterilization
Automatic PET Bottle Stretch Blow Molding
Automatic Rinsing, Filling & Capping (RFC Monoblock)
Labeling, Batch Coding & Shrink Wrapping
Final Product Quality Testing & Palletizing
The core of our Water Bottling Plant combines high-precision water treatment with high-speed packaging machinery. Treated water passes through multi-grade filtration, active carbon absorption, RO membranes, and ozone mineralization, ensuring perfect taste, crystal-clear purity, and strict microbiological compliance.
Constructed using food-grade Stainless Steel (SS304/SS316L), our bottling lines prevent cross-contamination, resist chemical corrosion, and support CIP (Clean-In-Place) systems for continuous, hygienic production without unnecessary downtime.