1000 – 10,000 LPH Mineral Water Plant
Fully Automatic Mineral Water Production Plant (1000 – 10,000 LPH) Fully Automatic Mineral Water Production Plant (1000 – 10,000 LPH)
Mineral Water Plant Manufacturer in Ahmedabad, India
A high-quality Mineral Water Plant is essential for producing safe, hygienic, and purified drinking water at commercial and industrial scale. Whether you are planning to start a packaged drinking water business, expand beverage production, or install a complete water purification system for industrial use, choosing the right mineral water plant directly affects water quality, production efficiency, and long-term operational cost. Humanity bottled water because apparently boiling water and carrying a steel bottle became too emotionally difficult. Still, the industry is massive, so here we are.
At Soda Bottling Plant, we manufacture advanced Mineral Water Plants designed with modern filtration technology, energy-efficient systems, hygienic stainless steel construction, and fully automated operation. Our systems are suitable for small-scale, medium-scale, and large-scale packaged drinking water production units across India and export markets.
What is a Mineral Water Plant?
A Mineral Water Plant is a complete water purification and bottling system used to treat raw water and convert it into safe, purified, mineral-balanced drinking water. The system removes impurities, dissolved solids, bacteria, viruses, odor, and harmful contaminants using multiple filtration and purification stages.
The purified water is then stored, mineralized (if required), and filled into bottles, jars, or pouches using automatic filling and packaging systems.
Detail of Mineral Water Plant Detail of Mineral Water Plant
Application:
Packaged Drinking Water Production
Capacity:
1000 to 10,000 LPH (Customizable)
Condition:
Brand New
Operation:
Fully Automatic System
Control Panel:
PLC-Based Smart Control
Power Requirement:
Three-Phase Supply
Applications of RO Mineral Water System
RO mineral water system are widely used in:
- Packaged drinking water industries
- Beverage manufacturing units
- Hotels & resorts
- Hospitals
- Pharmaceutical companies
- Food processing industries
- Commercial establishments
- Educational institutes
- Railway & transport catering units
Drinking Water Manufacturing Plant – Input → Process → Output Transformation Layer
Input: Borewell water / municipal water / surface water containing impurities
Process: Pumping and storage in raw water tank
Output: Stored untreated water ready for filtration
👉 At this stage, water may contain turbidity, bacteria, hardness, and dissolved solids.
1. Raw Water Intake
y=f(x)
Input: Raw stored water with suspended solidsProcess: Depth filtration using graded sand, gravel, and anthracite media
Output: Water with reduced turbidity and suspended particles
👉 Removes visible impurities like mud, dust, and rust particles.
2. Sand / Multimedia Filtration
3. Activated Carbon Filtration
Input: Pre-filtered water
Process: Adsorption of chlorine, odour, and organic compounds
Output: Clear, odour-free water with improved taste
👉 This stage improves smell, taste, and chemical quality.
4. Reverse Osmosis (RO) System
Input: Pre-treated water
Process: High-pressure membrane filtration removes dissolved salts, TDS, heavy metals
Output: Purified low-TDS water
👉 This is the core purification stage of the entire plant.
Input: RO-treated water
Process: Ultraviolet rays destroy bacteria and viruses at DNA level
Output: Microbiologically safe drinking water
👉 Ensures biological safety without adding chemicals.
5. UV Sterilization
Input: UV-treated water
Process: Ozone gas injection for final disinfection
Output: Sterile water with extended shelf life
👉 Acts as a final safety barrier before bottling.
6. Ozone Treatment
7. Mineral Dosing Unit
Input: Demineralized RO water
Process: Controlled addition of essential minerals like calcium & magnesium
Output: Balanced mineral drinking water
👉 This step defines taste and nutritional quality.
8. Storage & Bottling System
- Input: Final treated water
- Process: Stored in hygienic tanks and transferred to automatic filling line
- Output: Sealed bottled mineral water ready for market
Capacity-Based Mineral Water Plants
100 LPH Mineral Water Plant
Ideal for: Small startups, local supply, testing units, small-scale bottling businesses
Input Capacity: 100 liters per hour raw water
Output: 100 liters per hour purified drinking water
Key Features:
- Compact skid-mounted design
- Basic RO + UV purification system
- Low power consumption setup
- Manual or semi-automatic operation
Best Use Case:
Local water supply businesses, pilot production units, small shops entering packaged drinking water market
500 LPH Commercial Mineral Water Plant
Ideal for: Medium-scale commercial bottling operations
Input Capacity: 500 liters per hour raw water
Output: 500 liters per hour purified water
Key Features:
- Multi-stage filtration system (Sand + Carbon + RO + UV + Ozone)
- Semi-automatic bottle filling integration
- Higher storage tank capacity
- Better TDS control and mineral dosing unit
Best Use Case:
Local distributors, mid-scale bottling companies, hotel & institutional supply chains
1000 LPH Industrial Mineral Water Plant
Ideal for: Large-scale packaged drinking water manufacturing
Input Capacity: 1000 liters per hour raw water
Output: 1000 liters per hour purified water
Key Features:
- Fully automatic PLC-based control system
- Advanced RO membranes with high recovery rate
- UV + Ozone double sterilization system
- Fully integrated bottling line compatibility
- CIP (Cleaning-in-Place) system for hygiene maintenance
Best Use Case: Large bottling plants, franchise water brands, industrial water supply contracts, export-focused production units
Which Capacity is Right for You?
For Small Startups (100 LPH)
- Low investment entry business
- Local distribution model
- Testing or pilot plant
👉 Best for: beginners / small towns
For Growing Businesses (500 LPH)
- Balanced investment and output
- Supports retail + wholesale supply
- Semi-automated operations
👉 Best for: mid-scale bottled water business
For Industrial Production (1000 LPH+)
- High-volume commercial production
- Fully automated bottling integration
- Long-term brand building setup
👉 Best for: established manufacturers / franchise brands
Technical Specifications
| Specification | Details |
|---|---|
| Plant Capacity | 250 LPH to 20,000 LPH |
| Material | Stainless Steel SS304 / SS316 |
| Automation Grade | Semi Automatic / Fully Automatic |
| RO Membrane Type | Thin Film Composite |
| Voltage | 220V / 380V / 440V |
| Power Consumption | Depends on plant capacity |
| Filtration Stages | Multi-stage purification |
| Micron Filtration | 10µ / 5µ / 1µ |
| Filling System | Automatic Bottle Filling |
| Bottle Sizes Supported | 200ml to 20L |
| Operating Pressure | Customized |
| Water Recovery Rate | Up to 60% |
| Installation Support | Available |
| Industry Standards | ISI / BIS compliant design |
Key Features of Our Drinking Water Manufacturing Plant
Advanced Water Purification Technology
Designed with modern RO plant, UV, and ozone purification systems for superior water quality.
Hygienic Stainless Steel Construction
Food-grade stainless steel ensures corrosion resistance and hygienic production.
Energy Efficient Operation
Optimized systems reduce power consumption and operating cost.
Fully Automated Working
PLC-based automation minimizes manual operation and improves efficiency.
Custom Plant Design
Available in customized capacities according to production requirements.
Low Maintenance Design
Engineered for long-term continuous operation with minimal downtime.
Input vs Output Transformation View
| Stage | Input Water Condition | Output Improvement |
|---|---|---|
| Sand Filter | Turbid water | Clear water |
| Carbon Filter | Chlorinated water | Odor-free water |
| Softener | Hard water | Scale-controlled water |
| Micron Filter | Fine particles | RO-ready water |
| RO System | High TDS water | Low TDS purified water |
| UV System | RO water | Sterile water |
| Ozone | Sterile water | Shelf-stable water |
| Mineral Dosing | Demineralized water | Balanced drinking water |
| Filling Line | Treated water | Packaged bottled water |
Mineral Water Plant
Advanced mineral water solutions designed for efficient purification, hygienic processing, and high-quality packaged drinking water production.
Advanced Filtration System
Multi-stage purification technology ensures safe, clean, and crystal-clear drinking water.
Automatic Plant Operation
Fully automated systems provide smooth production with reduced manual effort and higher efficiency.
Energy Efficient Design
Engineered to deliver maximum performance while minimizing operational and energy costs.
Custom Capacity Options
Available in multiple capacities to suit small-scale, medium, and large commercial operations.
High Purity | Low Manpower | Reliable Performance