Product Description
Supported by our advanced infrastructural facilities, we manufacture and supply superior quality Packaged Drinking Water Plant to our esteemed clients spread across the nation. This offered drinking water plant is demanded in both international and domestic market due to its attributes such as safe & pure, added minerals, no added preservatives or chemicals, excellent packaging and so one. Developed and manufactured with high innovation, this Packaged Drinking Water Plant is inspected completely by expert professionals before the making end delivery.
Features:
- Easy installation
- Sturdy construction
- Low maintenance cost
- Prolonged functional life
Technical Details:
- Rated Capacity : 60 BPM 1000ml.
- Efficiency : 95% on Rated Capacity.
- Range of output adjustment : 1800 BPH to 3600 BPH.
- Type : Rotary
- System. : Gravity
- Product to be filled : Water
- System consists : Filler and Capper
- Other size of bottle : 200 ml to 2000 ml Plastic Bottle
- Type of Bottle : Plastic Bottle
- No. of Rinsing Heads : 12 Nos.
- No. of Filling Heads : 12 Nos.
- No. of Capping Heads: 06 Nos.
Advanced Filtration and DisinfectionOur plant integrates multi-stage filtrationincluding sand, carbon, and micron filtersalong with UV sterilization and ozonation to ensure optimal water quality. The pre-filtration system captures particles as small as 1 micron, while advanced disinfection guarantees water safety and taste. The process meets demanding standards for drinking water packaging and various industrial applications.
Automated, User-Friendly OperationEquipped with a PLC & HMI Control Panel, the plant enables seamless automation. It manages auto flushing, regulates key parameters, and ensures consistent performance. The filling line features automatic rinsing, filling, and capping, minimizing manual intervention and maximizing productivity.
Versatile and Durable DesignConstructed from high-grade stainless steel (SS 304/316), the modular and compact structure fits a range of spaces and offers easy installationeither skid-mounted or containerized. The robust build, food-grade piping, and optional chiller integration make it suitable for variable climates and challenging source water conditions.
FAQs of Packaged Drinking Water Plant:
Q: How does the Packaged Drinking Water Plant ensure water purity?
A: This plant employs a multi-stage pretreatment process (sand, carbon, micron filtration) followed by disinfection using UV sterilization and ozonation. Advanced reverse osmosis further removes impurities, delivering water with up to 99.99% purity and conductivity below 10 S/cm.
Q: What types of water sources can this plant handle?
A: It is designed to process borewell, river, and municipal water, accommodating varying inlet conductivity (typically 2002000 S/cm). The robust pretreatment and RO systems can treat water from diverse sources while maintaining high output quality.
Q: Where can this water plant be installed and what are its space requirements?
A: Thanks to its modular and compact skid-mounted or containerized design, the plant is suitable for commercial and industrial facilities with limited or flexible space requirements. Installation is straightforward, and it can be deployed in urban or remote environments.
Q: What is the typical process flow from raw water to packaged bottle?
A: Raw water passes through sand, carbon, and micron filtration, then undergoes disinfection via UV and ozonation. The RO system further purifies the water, followed by automatic rinsing, filling, and capping of bottlesdelivering consistent, safe, and ready-to-distribute drinking water.
Q: When will the product be delivered and what after-sales support is provided?
A: Delivery is completed within 1530 days post order confirmation. Comprehensive after-sales support is available, including onsite technical assistance and prompt spare parts supply for maintenance and operational reliability.
Q: How does the PLC & HMI Control Panel enhance plant operation?
A: The advanced control panel enables easy system monitoring, adjustment of operational parameters, and real-time alerts. Automation ensures minimal manual oversight, higher process reliability, and quick troubleshooting in case of anomalies.