Earth RO System

Additional Information:

• Item Code: 24242
• Delivery Time: 3-4 days
• Packaging Details: box

A Mineral Water Bottling Plant is a fully integrated system designed to treat raw water, retain or balance essential minerals, and package it hygienically into bottles for commercial distribution. The plant follows stringent water quality, food safety, and packaging standards to ensure safe, pure, and consistent mineral water suitable for human consumption.

Unlike purified RO water, mineral water either retains natural minerals or reintroduces essential minerals such as calcium, magnesium, and potassium after purification. These plants are widely used by beverage manufacturers, packaged drinking water companies, hotels, hospitals, and export-oriented units.

The entire process—from raw water intake to sealed bottle output—is automated to minimize human contact, ensure hygiene, and maintain high production efficiency.

 

1. Capacity & Output

• Rated Production: ~1000 L/hour (~24 m³/day)

• Stable Flow: Continuous and consistent treated water supply

• Suitable For: Drinking water supply for ~500–1000 people (depending on usage)

2. Multi-Stage Treatment Process

A typical 1000 LPH plant includes these stages (varies by source water quality):

1. Raw Water Intake

   • Pumps water from source (borewell/municipal/river)

2. Pre-Filtration

   • Sand/Multimedia Filter: Removes suspended solids & turbidity

   • Activated Carbon Filter: Adsorbs chlorine, color, taste & odor

3. Fine Filtration

   • Micron Cartridge Filter (1–5 µm): Removes fine particles

4. Primary Treatment

   • Optional Softening/Antiscalant: Prevents scaling

   • Reverse Osmosis (RO) or Ultrafiltration (UF): Removes dissolved salts & contaminants (when included)

5. Post-Treatment

   • UV Sterilizer / Ozonation: For microbiological safety

   • pH Correction / Mineral Dosing: For taste and health compliance

3. Core Components

• High-Pressure Pump: Delivers required pressure for membrane systems (if RO)

• Pressure Vessels: Houses filters/membranes

• Control Panel: For automation with indicators and alarms

• Flow/PRESSURE Meters: For real-time monitoring

• Chemical Dosing System: For antiscalant/cleaning chemicals

4. Water Quality Targets

• Turbidity: < 0.5 NTU

• TDS (if RO): 90–99% reduction

• Microbiological Safety: 99.9% pathogen inactivation (with UV/Disinfection)

• Compliance: Meets BIS/WHO drinking water standards

5. Automation & Control

• Auto Start/Stop

• Low/High Pressure Protection

• Alarm Indications

• Optional PLC / SCADA Integration

• Online TDS/Conductivity Monitoring

6. Construction & Materials

• SS 304 / SS 316 Piping & Frames

• FRP Pressure Vessels

• Industrial-Grade Valves & Fittings

• Robust Design for Long Life & Low Maintenance

7. Utilities Required

• Electricity: Typically 220–415 V (1/3 phase)

• Raw Water Inlet: Pre-screened feed

• Drain for Reject Water

• Chemical Storage & Dosing Utilities

8. Safety & Maintenance

• Pressure & Flow Alarms

• Auto Flush / Manual Flush Options

• Scheduled Filter & Membrane Change

• Easy Access Panels for Servicing

9. Optional Enhancements

• Mineralizer / pH Adjuster

• Online Monitoring & Reporting (IoT)

• Backwash Systems

• Energy-Recovery Devices (in large RO systems)

10. Typical Applications

• Drinking water supply for residential colonies, offices, hospitals, schools

• Pre-treatment for industrial processes

• Bottled water production

• Community water distribution

 

RO is a proven technology with over 30 years of industry experience and proven performance. Effective in municipal and industrial applications, RO provides high quality water with very low levels of dissolved solids and other undesirable impurities. The systems can overcome many physical, chemical and biological contamination challenges due to their excellent design. Proper pre-treatment and monitoring of an RO system is crucial to preventing costly repairs and unscheduled maintenance. With the correct system design, maintenance program, and experienced service support, your RO system should provide many years of high purity water

Reverse osmosis is a great option for those who have water softeners or other filtration systems (such as a fixture-mounted carbon system) that aren’t quite meeting the homeowner’s needs. Some individuals may be perfectly happy with the result of hard water that is softened, whereas others seek out a more crisp, filtered, bottled water type of taste.

Additionally, some systems cannot filter out contaminants the way a reverse osmosis system can. Reverse osmosis, also known by the shortened “RO” systems, are able to capture contaminants that other systems miss.

Additional Information:

• Item Code: 35345433
• Production Capacity: 54355
• Delivery Time: 3
• Packaging Details: box

Key Features of the 125 LPH RO Plant

• Capacity: 125 LPH, ideal for small to medium-sized usage.

• Efficient Purification: Removes up to 99% of total dissolved solids (TDS), bacteria, viruses, and other contaminants.

• Energy-Efficient: Uses minimal energy for high-performance output.

• Compact Design: Small footprint makes it suitable for spaces with limited installation area.

• Durability: Built with high-quality materials ensuring long-term reliability.

• User-Friendly Operation: Simple maintenance and operation, with minimal expertise required.

• Advanced Filtration: Multiple-stage filtration for optimal water quality.

• Low Waste Water Generation: Eco-friendly with low waste water production.

• Automatic Features: Includes automatic shut-off and flushing for easy operation.

Additional Information:

• Item Code: 125lph
• Production Capacity: depend on orders
• Delivery Time: 3 to 5 working days