Product Description
Water treatment plant maintains groundwater & surface water for balancing the water cycle. It is applicable for industrial applications, household use, irrigation purpose, drinking and agriculture. Water treatment plant is efficient in purifying water. Our offering reduces contamination from water.
Our firm is dealing in providing our clients with Water Treatment Plant. It is fabricated by a team of well-trained and diligent employees using optimum quality metals, components and other basic raw materials. We have appointed diligent quality controllers, who lead us to check the offered plant on different parameters to eradicate the impurities. Salient features of the offered Water Treatment Plant are listed as follows:
- Robust construction
- Durability
- Corrosion resistance
Application:
- Utilized to remove impurities as well as hazardous substances form water at different swimming pools
Comprehensive Water Purification TechnologyOur water treatment system integrates multiple purification stages, starting with sand and activated carbon pre-filtration. These stages remove sediment, organic pollutants, and reduce chlorine, ensuring cleaner input for advanced treatment. The post-treatment segment employs UV sterilization for germicidal efficiency and antiscalant dosing to prevent scale buildup, preserving system integrity and extending service life. Flexible filtration options (micron, cartridge) cater to varying source water types.
Smart Control & CustomizationA PLC-controlled digital display panel provides intuitive operation and real-time monitoring, allowing for optimized system performance. Both automatic and manual CIP (clean-in-place) systems are included for hassle-free and thorough maintenance. Units are customizable in dimension, capacity, and materials to fit unique site requirements, and portable containerized models ensure easy deployment and relocation.
Robust Build & Industry ComplianceFabricated from corrosion-resistant stainless steel (SS304/316), mild steel, or FRP, these plants are engineered to thrive in demanding environments. Built to stringent ISO and CE certifications, they guarantee international standards of safety and quality. Low-noise centrifugal and booster pumps drive effective performance, and direct or storage discharge types offer further flexibility for various operational needs.
FAQs of Water Treatment Plant:
Q: How does the water treatment plant achieve high purification efficiency?
A: The system combines multiple purification methods: sand and activated carbon filtration to remove particulates and organics, UV sterilization to inactivate microbes, and antiscalant dosing to minimize scale formation. Together, these processes ensure a purity level of up to 99% and treated water conductivity below 10 S/cm, achieving over 95% efficiency and a recycle rate up to 95%.
Q: What is the operational temperature range for the water treatment plant?
A: This water treatment plant reliably operates in ambient conditions from 5C to 45C, making it suitable for a broad array of climates and industrial environments.
Q: When should the cleaning (CIP) process be carried out, and how is it managed?
A: Regular CIP (clean-in-place) procedures should be performed as per the manufacturers guidelines or when system performance declines, such as reduced flow or increased pressure drop. The plant supports both automatic and manual CIP options, ensuring thorough internal cleaning with minimal downtime.
Q: Where can this water treatment plant be installed and used?
A: The plant is designed for installation in industrial facilities, commercial complexes, and large domestic settings. Its containerized, portable design enables deployment at remote or temporary sites. It accommodates various water sources, including groundwater, borewell, surface water, and municipal supply.
Q: What is the process flow within this water treatment system?
A: Water first passes through sand and activated carbon filters, proceeds through micron and cartridge filtration, receives antiscalant dosing, and undergoes UV sterilization. The clean water is then discharged directly or stored, depending on operational needs.
Q: How does this system benefit users compared to conventional water treatment plants?
A: Users benefit from high efficiency, up to 99% purity, and robust durability due to corrosion-resistant construction. Its advanced automation, low maintenance features, and compliance with ISO and CE certifications ensure reliability, safety, and cost savings over time.
Q: What materials are used in manufacturing, and why are they chosen?
A: The plant is constructed using stainless steel (SS304/316), mild steel, and FRP. These materials are selected for their superior corrosion resistance, mechanical strength, and suitability for rigorous water treatment environments, guaranteeing a long operational lifespan.