Product Description
MINERAL WATER BOTTLING PLANT
We Help You to Setup Complete Manufacturing Plant Along with Licenses.
Water Bottling Machine is a packaging machine for Water Bottles from size 200ml to 2000ml.
OUR PRODUCTS
1. Turnkey Mineral Water Plants
2. Turnkey Packaged Drinking Water Plants
3. Pet Bottle Blow Moulding Machines Bottle Filling Machines (RFC)
4. Bottle Group Packaging and Labelling Machines
5. Batch Coding Machines
6. Chemical and Micro Laboratory Setups
7. 5 and 20 Litre Jar Plants Ionization Water Plants
Advanced Pretreatment and FiltrationThis industrial mineral water plant employs a multi-stage filtration process using sand, activated carbon, and micron filters, effectively removing particulates, organic contaminants, and microorganisms from water sourced from borewell, river, or municipal supply. The result is highly purified water ready for further treatment and disinfection.
Precision and AutomationIntegrated with a PLC-based control panel, the plant allows seamless automation of operation and monitoring. Online TDS and flow meters ensure real-time quality and performance checks. The automatic filling line and electric motor-driven operation make the process user-friendly and efficient for industrial-scale use.
Reliable Disinfection and PurityDisinfection is achieved via ultraviolet (UV) light and ozone treatment, ensuring bacteria and viruses are effectively neutralized. Combined with spiral-wound polyamide reverse osmosis membranes, this system achieves a purity level of 99%, outputting water with a conductivity of less than 10 S/cm.
Customizable and Efficient DesignThe plant is available in containerized or skid-mounted formats, with capacities ranging from 1,000 to 10,000 LPH. Its stainless steel construction provides durability and corrosion resistance, while features such as Clean-in-Place (CIP) maintenance and optional automatic bottle filling add flexibility and convenience.
FAQ's of Industrial Mineral Water Plant:
Q: How does the multi-stage pretreatment process enhance water quality in this mineral water plant?
A: The plant uses a combination of sand, activated carbon, and micron filters in its pretreatment process. This multi-stage filtration removes suspended solids, chlorine, organic compounds, and microorganisms, ensuring only the highest quality feed water enters the reverse osmosis stage, which leads to enhanced purity and system longevity.
Q: What are the benefits of using spiral wound polyamide membranes in the reverse osmosis (RO) system?
A: Spiral wound polyamide membranes offer superior filtration efficiency, reducing total dissolved solids (TDS) by up to 98%. They are highly resistant to fouling and can operate within a wide pressure range (2-5 bar), which increases the system's durability and water recovery rates up to 70%.
Q: When is automatic bottle filling recommended for this plant?
A: Automatic bottle filling is recommended when high-volume, hygienic packaging is desired, such as in packaged drinking water production. This optional system streamlines the process, reducing manual intervention, increasing production speed, and minimizing contamination risks.
Q: Where can this industrial mineral water plant be installed and what are the space requirements?
A: The plant can be installed in a variety of settings, including industrial complexes, packaged water facilities, and remote containerized locations. Space requirements depend on the chosen plant capacity and configuration (skid-mounted or containerized), which can be customized to your operational needs.
Q: What is the Clean-in-Place (CIP) feature and how does it benefit plant operation?
A: The CIP system allows for automated, in-place cleaning of the filters and membranes without dismantling the plant. This feature ensures consistent performance, extends equipment life, and reduces downtime, contributing to lower maintenance costs and greater operational efficiency.
Q: Which monitoring and control systems are used in the plant?
A: A PLC-based control system manages all plant operations, while online TDS and flow meters provide continual real-time monitoring of water quality and process efficiency. These systems help operators quickly identify and address issues, ensuring optimal output and regulatory compliance.
Q: What level of purity can be expected from the water produced by this plant?
A: The plant delivers product water with conductivity less than 10 S/cm and a purity level of 99% or greater, meeting stringent standards for industrial and packaged drinking water applications. This high level of purity is achieved through integrated disinfection (UV and ozone) and advanced RO membrane technology.