About Hydranautic RO Membrane
Hydranautic RO Membrane is a cost-effective, high performance and rust proof reverse osmosis water filtration product. This type of membrane is largely used in water treatment plants for the filtration of polluted water. Hydranautic RO Membrane is designed with ultra filtration mechanism, which guarantees its reliable performance, and long lasting nature.
Superior Salt Rejection and Flow RateThis membrane achieves a typical salt rejection rate of 99.5%, ensuring exceptionally pure water output. With a permeate flow range of 8,500 to 11,500 GPD, it supports large-scale industrial and commercial needs, balancing high productivity and reliability. Whether used for brackish or seawater, consistent performance is delivered even under challenging operational conditions.
Engineered for Durability and EfficiencyConstructed from advanced polyamide thin film composite, this membrane features a robust ABS/proprietary end cap and operates within a pressure range of 150 to 1200 psi. Its spiral wound design combined with standard 8-inch housing compatibility makes installation seamless while maintaining high efficiency and extended membrane lifespan.
Ideal for Diverse Uses and EnvironmentsSuitable for a broad spectrum of water sources and applications, the Hydranautic RO Membrane excels in desalination and purification. Its versatile pH handling (continuous 211, cleaning 113), storage temperature flexibility, and energy-saving operation make it the preferred choice for industrial and commercial settings in India.
FAQs of Hydranautic RO Membrane:
Q: How is the Hydranautic RO Membrane installed into my reverse osmosis system?
A: The membrane is designed for easy installation into standard 8-inch RO pressure vessels commonly used in industrial and commercial systems. Simply insert the cylindrical membrane with its ABS or proprietary end caps into the housing, following standard guidelines for proper sealing and connection.
Q: What are the recommended operating conditions for optimal performance?
A: For best results, operate the membrane within a pressure range of 1501200 psi and a feedwater temperature up to 45C (113F). Feedwater pH should remain between 2 and 11 for continuous use, and regular cleaning should be conducted within a pH range of 113 to maintain membrane efficiency and lifespan.
Q: When should I use this membrane for water purification projects?
A: This membrane is ideally suited for high-capacity industrial and commercial water purification or desalination projects where consistent, high-rejection filtration is required. Consider it for scenarios involving either brackish or seawater sources, especially when high permeate flow and energy efficiency are priorities.
Q: Where can the Hydranautic RO Membrane be used effectively?
A: Its highly effective in industrial and commercial environments across India, including water treatment plants, desalination facilities, manufacturing operations, and large-scale commercial properties. Its robust build and operational flexibility make it dependable in varying regional water conditions.
Q: What is the process for cleaning and maintaining this RO membrane?
A: Routine cleaning can be performed using cleaning solutions with pH values from 1 to 13. It is essential to follow the manufacturers cleaning protocols to maximize performance and extend service life. Regular monitoring of feedwater quality and system pressure further ensures long-lasting efficiency.
Q: How does this membrane benefit my water purification or desalination system?
A: The high salt rejection rate (up to 99.5%), large capacity, and energy-efficient design lead to lower operational costs, reliable water quality, and reduced downtime. Its robust materials and construction translate to long service life and minimal maintenance needs.
Q: What types of water can this membrane filter, and what makes it suitable for such applications?
A: This membrane efficiently filters both brackish and seawater, making it versatile for desalination and purification projects. Its resilience to varied pH levels, high pressures, and temperature fluctuations ensures reliable operation in multiple water treatment settings.