Uses of RO system and its types explained

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In the realm of water purification, Reverse Osmosis (RO) systems have emerged as a stalwart solution, catering to the pressing need for clean and safe drinking water. With the advancement in technology and growing concerns about water quality, RO systems have gained prominence for their exceptional filtration capabilities. This article delves into the various uses of RO systems and explores their different types to provide a comprehensive understanding of their significance.

Understanding the Uses of RO Systems:

Residential Drinking Water: One of the primary uses of RO systems is in homes, where they ensure access to pure and refreshing drinking water. These systems effectively remove contaminants like heavy metals, dissolved salts, chemicals, and microorganisms, ensuring that the water that reaches your glass is devoid of potential health hazards.

Commercial Establishments: RO systems find extensive applications in commercial settings like restaurants, cafes, and offices, where access to clean water is vital for preparing beverages, cooking, and maintaining hygiene. These systems improve the taste and quality of water, enhancing the overall customer experience.

Industrial Processes: Industries often require water of high purity for various processes. RO systems are employed to treat water for manufacturing, pharmaceuticals, electronics, and more. By removing impurities, these systems prevent damage to equipment and ensure product quality.

Aquariums and Hydroponics: RO systems are popular in aquariums and hydroponic setups, where water quality directly impacts the well-being of aquatic life and plant growth. The precise filtration offered by RO systems aids in maintaining optimal conditions for these environments.

Exploring Types of RO Systems:

RO+ UV + MF : These systems are designed for household use, typically installed under the sink. They consist of multiple stages of filtration, including pre-filters, the RO membrane, and post-filters. This type of RO effectively improves taste, making them an ideal choice for families. Pureit Revito Prime Mineral RO + MF + UV with an advanced DURAViva™ technology purifies up to 8000 liters of water and saves up to 70% water. It also has an #in-tank UV sterilization that kills up to 99.99% of bacteria, viruses and cysts.

RO + UV: With different filtration capabilities, RO + UV systems are tailored for 100% safe* RO purified water while charging purified water with essential minerals like Calcium and magnesium, making it healthier for consumption. Pureit Advanced Pro Mineral RO + UV with high storage capacity* of 7 litres, so that you & your family never run out of fresh & safe RO water. It also has an advanced voltage fluctuation guard that protects the purifier from sudden voltage fluctuation as high as 280 volts & and also works in as low as 100 VAC.

In conclusion, RO systems have carved a niche for themselves by addressing diverse water purification needs across various sectors. Their capacity to remove contaminants and enhance water quality makes them indispensable in ensuring access to safe and healthy drinking water. As technology continues to evolve, RO systems are likely to witness further enhancements, ensuring that their applications remain relevant and effective in meeting the ever-growing demand for clean water. Whether in homes, businesses, industries, or specialized environments, the multifaceted utility of RO systems shines bright as a beacon of water purification excellence.

Disclaimers:

Pureit Revito Prime

# The RO membrane used in Pureit Revito Series is tested and certified by WQA to NSF/ANSI 58 for material safety only. This RO membrane was tested by WQA in a surrogate system for the reduction of Cadmium, Chromium III. WQA cannot confirm that the component will yield the same performance when used in any other, non-tested system. See WQA.org for details. In comparison to leading RO devices, in comparison to life of RO membrane

# As per the usage directed in user manual. Post RO purified water that’s part of purification stages in the device