Product Description
It is owing to our rich industry experience and use of advanced technology that we have developed an optimum quality range of
Reverse Osmosis Plant. We have a string of Reverse Osmosis Plant to treat brackish and reduce the dissolved salts and other contaminants in it in to provide safe and clean drinking water. Manufactured at par with the latest technological advancements, these RO Plants are highly efficient in performance, sturdy in construction, and require low maintenance.
Features:
- Qualitative range
- Defect free
- Hassle free
Applications:
- Individual domestic uses
- Office Establishments
- Hotels
- Bottled water Companies
- Industrial Applications
Specification
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Operation Mode
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Automatic
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Number of Membranes in RO
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4
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Material of Construction
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Stainless Steel
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Capacity (litres per hour)
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1000-2000
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Number Of Filtration Passes
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3,1,2,4,5
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Chiller Cooling Capacity (Tons)
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0.5 ton,2 ton,1.5 ton,1 ton
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Installation Type
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Completes Civil work with Installation
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Precision Water Purification for Multiple IndustriesEngineered to cater to industrial, pharmaceutical, and food & beverage sectors, our RO plant guarantees water purity levels up to 99%. Its advanced filtration stages remove hardness and impurities, ensuring safe, high-quality water for all applications. The customizable design accommodates varying volumes and installation environments, making it a versatile solution for diverse water treatment challenges.
Cutting-Edge Membrane TechnologyEquipped with Polyamide Thin Film Composite membranes, the plant delivers exceptional desalination rates and withstands high operational pressures. The system maintains efficient performance with inlet hardness up to 500 ppm and provides treated water with conductivity under 10 S/cm, supporting consistent quality and compliance with stringent industry standards.
Robust Construction and User-Friendly OperationCrafted from corrosion-resistant stainless steel or FRP, and available as skid or floor-mounted units, the plant provides long-term reliability. Digital or PLC-based control panels streamline operation and monitoring, while low power consumption and quiet operation (under 65 dB) ensure integration into various environments with minimal disruption.
FAQs of Reverse Osmosis Plant:
Q: How does the reverse osmosis plant handle varying water sources?
A: Our RO plant is designed to treat water from borewell, municipal supply, or river sources. The pretreatment systemincluding multi-stage filtration, activated carbon, and a softenerremoves contaminants and hardness up to 500 ppm, ensuring optimal performance and longevity regardless of the input water quality.
Q: What are the primary benefits of using a Polyamide Thin Film Composite membrane?
A: The Polyamide Thin Film Composite membrane provides high desalination rates (up to 96%), excellent chemical resistance, and an extended operational lifespan. It effectively removes dissolved salts, impurities, and organic matter, producing water with a purity level as high as 99% and conductivity below 10 S/cm.
Q: When is on-site installation and after-sales support provided?
A: On-site installation and after-sales support are available upon delivery of the plant. Our trained technicians ensure the system is correctly set up, tested, and commissioned, with ongoing maintenance services offered throughout India for smooth and reliable operation.
Q: Where can the plant be installed, and what installation options are available?
A: The plant can be installed in industrial facilities, commercial buildings, or remote sites. It is available in both skid-mounted and floor-mounted configurations, allowing flexible integration into existing spaces and ensuring suitability for a variety of operational environments.
Q: What is the process of water purification in this RO plant?
A: Water first passes through pre-filters, then activated carbon and a micron filter, before entering the high-pressure RO membrane stage. The plant separates clean permeate from reject water, which can be drained or reused. Strict process control ensures up to 98% efficiency and a recycle rate of 7080%.
Q: How is operational control and monitoring managed?
A: A digital or PLC-based control panel provides automation of the purification process, real-time monitoring, and operational safety. These controls simplify adjustments and ensure stable performance, allowing operators to track key parameters and system status with ease.
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