Model No: AAPS 10000
RO Mineral Water Treatment Plant – 10000 LPH
The RO 10,000 LPH Packaged Drinking Water Plant from AMM Aqua Pure Systems is a complete, highcapacity solution for producing BISstandard packaged drinking water. Designed and manufactured in Chennai, this plant is ideal for mineral water brands, copackers and industrial users who need 10,000 litres per hour of consistent, safe and greattasting water.
From raw water intake to final treated water storage, every stage – Feed Pump, Sand Filter, Carbon Filter, 5 Micron Filter, Reverse Osmosis, Blending Tank, UV with Post Micron Filter, Mineral Dosing, Ozonation and Final Storage – is engineered, supplied and integrated by AMM Aqua Pure Systems as a turnkey package.
Why choose AMM Aqua Pure Systems for a 10,000 LPH RO plant?
- True turnkey solution – All treatment stages, skids, piping and controls supplied and integrated by one expert team
- Engineering first approach – Design based on your raw water quality, TDS, source (borewell, surface, municipal) and local standards.
- High reliability at high flow – Industrialgrade pumps, membranes and valves selected for continuous 24x7 operation with minimal downtime.
- Packaged drinking water ready – Output quality suitable for packaged drinking water lines, jar filling and bottling plants.
- Strong aftersales support – Field service network and ready spares help ensure smooth running and lower lifecycle cost.
RO Treatment Process – Step by Step
1. Feed Pump – Stable Supply to the Treatment Line
The process starts with a Feed Pump that draws raw water from the source (borewell, storage tank, etc.) and delivers a steady, pressurised flow to the filtration system.
- Maintains consistent inlet pressure to protect and optimise downstream filters and RO membranes.
- Sized to meet 10,000 LPH flow with consideration for line losses and elevation.
- Built with reliable, energy efficient pump sets suitable for long hour operation.
Benefit: Ensures a stable and continuous water feed, which is critical for consistent RO performance and output quality.
2. Sand Filter – Removal of Suspended Solids
Water from the feed pump enters the Sand Filter, which removes:
- Suspended particles
- Mud, silt and rust
- Visible turbidity
Benefit: Protects downstream units from clogging, improves water clarity and extends the life of cartridges and RO membranes.
3. Carbon Filter – Chlorine & Odour Reduction
Next, water passes through the Carbon Filter, which uses high quality activated carbon to:
- Remove chlorine and residual oxidants
- Reduce colour, odour and organic contaminants
- Improve overall taste and odour profile
Benefit: Safeguards RO membranes from chlorine damage and significantly improves the sensory quality of the final product.
4. 5 Micron Filter – Fine Filtration
Treated water is then polished through a 5 Micron Filter, typically a cartridge or multi cartridge housing, to remove fine suspended solids and micro particles.
- High surface area cartridges for longer life and lower replacement frequency.
- Easy to inspect and replace during routine maintenance.
Benefit: Provides an extra layer of protection for RO membranes, reducing fouling and cleaning frequency, thereby extending membrane life.
5. Reverse Osmosis Process – Core Purification Stage
The heart of the system is the Reverse Osmosis (RO) Process, where a high pressure pump forces pre treated water through semi permeable membranes.
- Effectively reduces TDS, hardness, heavy metals, bacteria and dissolved salts.
- Skid mounted, compact and service friendly design.
- Optimised recovery and rejection rates, engineered to your raw water profile.
- Optional online instruments for conductivity, pressure and flow monitoring.
Benefit: Delivers low‑TDS, microbiologically safe water suitable for packaged drinking water and further mineralisation.
6. Blending Storage Tank – TDS & Taste Adjustment
Post RO, ultra low TDS water is stored in a Blending Storage Tank. At this stage, part of the RO permeate may be blended with treated/raw streams, depending on:
- Desired TDS range for taste and standards compliance
- Brand specific taste profile
Level sensors, sanitisation provisions and proper venting ensure hygienic storage.
Benefit: Allows fine control over TDS and taste, so your packaged water is not just pure but also pleasant to drink.
7. UV with Post Micron Filter – Disinfection & Final Polishing
Water from the blending tank is passed through a UV system combined with a Post Micron Filter:
- Post Micron Filter (often 1 micron or finer) removes any last traces of suspended or colloidal particles.
- UV disinfection inactivates bacteria and viruses without adding chemicals.
Benefit: Provides a strong final barrier against microbiological contamination, improving product safety and shelf life.
8. Minerals Adding System – Balanced, Market Ready Water
To meet packaged drinking water norms and consumer taste expectations, a Minerals Adding System precisely doses food grade minerals into the treated water.
- Controlled dosing of essential salts and minerals as per BIS / brand requirement.
- Ensures consistent taste and mineral balance from batch to batch.
- Fully compatible with online mixing and continuous production.
Benefit: Converts RO‑treated water into branded, mineral‑balanced packaged drinking water that customers prefer over plain RO water.
9. Ozonation – Final Online Disinfection
Before final storage, the mineralised water undergoes Ozonation, a powerful non residual disinfection step.
- Ozone generator with contact tank for effective pathogen control.
- Helps control microbial growth in storage tanks and pipelines.
- Decomposes back to oxygen, leaving no harmful chemical residues.
Benefit: Enhances product safety, increases shelf life and maintains hygiene in downstream bottling lines.
10. Final Storage Tank – Ready for Bottling or Jar Filling
The treated, mineralised and ozonated water is stored in a Final Storage Tank, from where it is fed to:
- Automatic PET bottle filling machines
- Jar filling machines
- Pouch/other packaging systems (if installed)
The tank is designed for hygienic storage with sanitary fittings, manholes and level controls, and is easily integrated with your existing or new filling lines.
Benefit: Acts as a clean, buffer storage to ensure continuous, uninterrupted operation of your bottling or jar filling line.
