Product Description
Mineral Water Treatment Plant
Product details
| Water Purification Process | Carbon Filtration |
| Water Source | Borewell Water,Municipal Water Supply,River Water,Open Well water |
| Purification Capacity | 1000 L/hour,10000 L/hour,5000 L/hour,2000 L/hour |
| Type | Automatic |
| Water Filling Method | Pouch Filling,Jar Filling,Bottle Filling |
| Jar Filling Capacity (Jars/Hour) | 75-450 |
| Pouch Filling Capacity (Pouch/hour) | 2800-3000 |
| Material of Construction | SS 304/ SS 316/FRP, SS 304/ SS 316/FRP |
| Control Panel | With Control Panel |
| Installation/Civil Work | Installation Available |
| Overall Dimensions (LxBxH) in meters | 20*15*5 |
| Approximate Power Consumption (in kW) | 55 |
| Manufacturing Lead Time | 2 months |
| Bottle Filling Capacity (Bottles/min) | 50 Bottle/min |
| Certifications | BIS |
| Chiller Capacity (in Liters) | 2000 L |
| Chilling Capacity (in tons) | 5 Ton |
| Laboratory | Microbiological Laboratory |
| Number of Membranes in RO | 4 |
| Plant Accessories | Labelling Machine |
Superior Purity with Advanced FiltrationOur treatment plants combine efficient multigrade sand and activated carbon filters with ultrafiltration, Reverse Osmosis, and post-treatment technologies to reliably reduce TDS by up to 95% and deliver water with a purity level of 99.99%. The system output achieves conductivity less than 10 s/cm, ensuring stringent water quality for diverse uses.
Flexible, Modular System DesignWe offer skid-mounted, compact plants fabricated from SS304 or powder-coated SS, suited to both prefabricated and on-site installation. With a modular approach, capacities and flow rates are easily customizable to adapt to various project sizes and user requirements.
Efficient and User-Friendly OperationThe systems run on electric power featuring digital or analog control panels, with optional PLC automation for smarter management. Automatic CIP (Clean-In-Place) technology enables effortless maintenance, while built-in safety locks and low-noise operation provide a dependable, comfortable user experience.
Versatile Application and CompatibilityThese mineral water plants handle water sources like borewells, municipal supply, and rivers, and are compatible with automatic or manual filling lines. Optional integrated chillers and storage tanks in SS or food-grade PE make them suitable for bottling, industrial, and household drinking water supply.
FAQs of Mineral Water Treatment Plants:
Q: How does the mineral water treatment plant ensure high purity and safety?
A: The plant combines multi-stage pre-treatment (sand, activated carbon), followed by ultrafiltration, Reverse Osmosis, UV, and ozone to reduce TDS, remove contaminants, and achieve up to 99.99% water purity. Safety locks and automatic CIP cleaning maintain hygienic, secure operation.
Q: What is the typical process flow within the water treatment plant?
A: Raw water first passes through multigrade sand and carbon filters for initial purification, then through finer micron filters. Advanced RO and UV/ozone stages follow, delivering water with conductivity below 10 s/cm. Automatic CIP keeps internal surfaces sanitized.
Q: When should I consider integrating optional components like PLC control or a chiller?
A: Optional PLC control is ideal for automated, large-scale operations requiring precise system management. Chiller integration is recommended if temperature-sensitive processes or bottle storage are involved. Both features can be added during installation or as upgrades.
Q: Where can the mineral water treatment plant be installed and what water sources are suitable?
A: These plants are suitable for both prefabricated and on-site installation, indoors or outdoors. They reliably treat water from borewells, municipal supply, or rivers, adapting to a variety of environmental and infrastructural contexts.
Q: What applications are supported by this treatment plant?
A: The system is designed for mineral water bottling plants, industrial processing, and domestic drinking water supply. Its compatibility with both automatic and manual filling lines makes it versatile for small to large-scale usage.
Q: How does the system achieve low maintenance and long-term reliability?
A: Constructed from corrosion-resistant stainless steel and food-grade PE, the plant includes automatic CIP cleaning and robust electric motors, ensuring minimal manual intervention and a long service life with low maintenance needs.
Q: What are the benefits of choosing a modular, compact mineral water treatment plant?
A: Modular, compact designs allow for space-efficient installation, easy capacity upgrades, and flexible configuration. This approach supports faster deployment, straightforward integration with existing filling lines, and cost-effective scaling as demand grows.