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Mineral Water ISI Project (Capacity: 2000 - 20000 LPH)

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Mineral Water ISI Project (Capacity: 2000 - 20000 LPH)

Name: Mineral Water ISI Project (Capacity: 2000 - 20000 LPH)
Brand: SHREEJI PROJECTS
Price: 3000000 INR
Availability: InStock

Price 3000000 INR/ Unit

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MOQ : 1 Unit

Mineral Water ISI Project (Capacity: 2000 - 20000 LPH) Specification

Recycle Rate
50%

Material
FRP AND SS

Voltage
5KW Teraampere (TA)

Purity Level
50%

Automatic Grade
Full Automatic

Volume
1000LPH Cubic Millimeter (mm3)

Water Source
Ground Water

Mineral Water ISI Project (Capacity: 2000 - 20000 LPH) Trade Information

Minimum Order Quantity
1 Unit

FOB Port
Ahmedabad

Payment Terms
Cash on Delivery (COD), Telegraphic Transfer (T/T), Cheque

Delivery Time
30 Days

Main Domestic Market
All India

Mineral Water ISI Project (Capacity: 2000 - 20000 LPH) About

WE ARE LEADING MANUFACTURER AND EXPORTER OF MINERAL WATER PLANT AND WE PROVIDE TURNKEY SOLUTION.

WATER TREATMENT PLANT
BOTTLE MAKING MACHINE (BLOW MOULDING MACHINE)
RINSER FILLER CAPPER MACHINE
INKJET PRINTER
SHRINK WRAPPING MACHINE ETC....

Comprehensive Water Purification

Designed for high-capacity mineral water processing, this fully automatic ISI-certified system handles 2,000-20,000 liters per hour. Utilizing advanced filtration and robust construction with FRP and stainless steel, the project assures continuous supply and efficient purification suitable for large-scale operations. Integration of a 50% recycle rate optimizes water use, making it resource-efficient and eco-friendly.

Advanced Automation and Efficiency

The system's full automation delivers consistent water quality with minimal manual intervention. Precision engineering supports stable voltage input (5KW), and automated controls ensure safe, efficient operation. It's ideal for facilities seeking reliable, scalable mineral water production with reduced labor costs and operational errors.

FAQ's of Mineral Water ISI Project (Capacity: 2000 - 20000 LPH):

Q: How does the Mineral Water ISI Project system process and purify groundwater?

A: The system draws groundwater and channels it through a multi-stage purification process, including filtration, disinfection, and mineralization. Its fully automatic design ensures each stage is precisely controlled. The use of FRP and SS materials enhances durability, while the 50% recycle rate reduces wastage, making the process both efficient and environmentally friendly.

Q: What are the primary benefits of using a fully automatic ISI Mineral Water Plant?

A: A fully automatic plant provides reliable and consistent water quality with little manual intervention. This reduces human errors, lowers labor costs, and boosts operational efficiency. The automatic controls also enhance safety and allow seamless operation, allowing businesses to scale production with ease.

Q: Where is this water purification project most suitable for installation?

A: This system is especially suited for industrial and large commercial facilities where high volumes of purified mineral water are needed, such as bottled water plants, beverage manufacturers, and community water supply centers. Its robust design makes it apt for urban and rural installations alike.

Q: When can the Mineral Water ISI Project be put into operation after installation?

A: Once installation and initial testing are complete, the fully automatic system can be operational almost immediately. Manufacturers or suppliers typically provide a commissioning phase, during which the plant setup and calibration are finalized to ensure optimal performance from day one.

Q: What is the recycling process in this mineral water system and how does it help?

A: The system recycles 50% of the processed water back into the purification cycle. This not only conserves water and reduces operating costs, but also minimizes environmental impact by lowering total water withdrawal from the source.

Q: How does the 5KW voltage requirement affect installation?

A: The system requires a 5KW power supply, which is standard for industrial equipment. Before installation, facilities should verify their electrical infrastructure can support the load, ensuring smooth and uninterrupted plant operation.

Q: What materials are used in construction and what advantages do they offer?

A: The system utilizes both FRP (Fiber Reinforced Plastic) and Stainless Steel (SS), which provide corrosion resistance, longevity, and structural strength. This combination ensures durability against continuous contact with water and chemicals, reducing maintenance needs and prolonging equipment life.

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