Product Description
Water Softening Plant offered by our company, is mainly designed and manufactured by our skilled workers, by making use of high quality raw materials. This plant are widely for softening the hard water and also helps in removing the inside build of minerals in the piper, fixtures, and heaters. Water Softening Plant is simple in operation, highly efficient and compact units. This plant is greatly used to produce the soft water effectively and economically. This plant is available in various sizes, and materials along with other specifications.
Product details
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Brand
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DTPPL
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Capacity (m3 hr)
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2.0,3.0,1.0
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Resin Loading Quantity(kg)
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250
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Power Source
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Electric
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Body Material
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FRP
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Automation Grade
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Automatic
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Superior Water Purity and Salt RejectionUtilizing cutting-edge polyamide spiral wound membranes, the system achieves over 99% salt rejection and delivers water with conductivity levels below 10 S/cm. This ensures the final output meets the stringent requirements of industrial and institutional applications, providing peace of mind regarding water purity and quality.
Enhanced Durability and Low MaintenanceConstructed with high-grade FRP, Stainless Steel, or Mild Steel, the plant is built for durability and corrosion resistance. With a comprehensive pretreatment system and a Clean-in-Place (CIP) cleaning mechanism, operational longevity and low ongoing maintenance are assured, resulting in a design life of up to 10 years.
Customizable Design for Versatile ApplicationsTailored to handle capacities from 500 LPH to 50,000 LPH, the system supports diverse installation types such as skid-mounted or ground-mounted formats. Options for connector types, color, power supply, and control systems (PLC/manual) ensure compatibility with multiple water sources like borewell, municipal, and river water.
FAQs of RO Water Softening Plant:
Q: How does the RO Water Softening Plant maintain superior water purity?
A: The plant combines Reverse Osmosis and Ion Exchange Softening technologies to achieve a salt rejection rate greater than 99%. Following pretreatment through sand and carbon filters, the polyamide spiral wound membrane delivers output with conductivity less than 10 S/cm, ensuring consistently pure water.
Q: What is the usual process flow in this RO Water Softening Plant?
A: Water is first pretreated by multi-grade sand and activated carbon filters, followed by a softener. It then enters the high-pressure pump before passing through the RO membrane. Post-treatment, water is either discharged or reused, while the system is regularly cleaned using an integrated CIP mechanism.
Q: When should the plant undergo cleaning or maintenance?
A: The built-in Clean-in-Place (CIP) system allows for periodic membrane and system cleaning based on operating hours, source water quality, and manufacturer recommendations. For optimal performance, routine maintenance checks and CIP cycles are advised as part of preventive maintenance.
Q: Where can this water softening plant be installed?
A: The system is suitable for various settings including industrial, commercial, and institutional facilities. It is compatible with water sources such as borewell, municipal supply, river, and industrial water, with installation flexibility for skid-mounted or ground-mounted setups.
Q: What are the main usage benefits of this plant?
A: The advanced design offers high efficiency (>97%), water recovery up to 80%, and noise levels below 70 dB. Its compact footprint, customizable capacity, low maintenance, and robust corrosion-resistant materials make it ideal for continuous, reliable water purification and softening.
Q: How does the control system enhance operational ease?
A: Operators can choose between a PLC-based automated control system or manual controls, providing flexibility for varying technical skill levels and process integration, ensuring reliable operation and seamless maintenance.
Q: What support and service options are provided?
A: Customers receive 24/7 technical support, with prompt assistance for any operational or technical queries. This ensures minimal downtime and maximum system uptime, supporting the plants 10-year design life and reliable water treatment performance.