Reverse Osmosis System

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Reverse osmosis is an advanced water purification technology that utilizes semi-permeable membranes to effectively filter out salts, oils, and other contaminants, producing clean, high-quality water.

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Wuxi Zhaolie Environmental Protection Technology Co., Ltd

Jiangsu, China

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The Principle of Work
First, the raw water is pretreated using precision filters, activated carbon filters, and quartz sand filters. After that, a pump applies pressure, and a reverse osmosis (RO) membrane is used for sophisticated filtration. At only 1/10,000 μm, the RO membrane's pores are incredibly tiny—roughly 1/6,000 the size of an E. coli bacterium and 1/300 the size of a virus. This enables it to achieve exceptionally high water purity by efficiently eliminating a variety of impurities, such as heavy metals, organic compounds, bacteria, viruses, and inorganic ions.
A pressure differential across the RO membrane is maintained throughout the filtration process. Osmotic pressure normally causes water to move from the low-salinity side to the high-salinity side. The reverse osmosis effect is produced when the flow reverses when the external pressure surpasses this osmotic pressure. By completely removing impurities, this procedure guarantees that the purified water satisfies stringent drinking water quality requirements for both chemical and microbiological safety.
Technical Specifications

Model	Capacity	Reverse Osmosis Membrane	Size	Weight	Rate of Recovery
ZLRO-500	500L/H	4040*2 Pcs	16006001600 mm	260 kg	Above 50%
ZLRO-1000	1000L/H	4040*4 Pcs	16006001600 mm	280kg	Above 50%
ZLRO-1500	1500L/H	4040*6 Pcs	16008001900 mm	290kg	Above 50%
ZLRO-2000	2000L/H	4040*8 Pcs	16008001900 mm	290kg	Above 50%
ZLRO-2500	2500L/H	4040*10 Pcs	160012002400 mm	400kg	Above 50%
ZLRO-3000	3000L/H	8040*3 Pcs	27009001500 mm	420kg	Above 50%

Applications of Reverse Osmosis System
1. Industry of Food and Drink
Used in the manufacturing of beverages (fruit juice, mineral water), dairy products, seasonings (vinegar, soy sauce), etc.
Eliminate water impurities and odors, improve product flavor, desalinate and soften water, and prevent production line scaling.
2. Treatment and reuse of wastewater
Electroplating wastewater desalination, municipal water reuse, and industrial wastewater treatment.
To increase the purity of recycled water, deep removal of organic matter and heavy metals is combined with membrane bioreactors (MBRs).
3. The chemical sector
production of pesticides and dyes, the oil and chemical industry, and the preparation of ultrapure water of electronic grade. Sort recyclables from high-salinity wastewater, such as sodium chloride and sodium sulfate. To prevent impurity interference in chemical reactions, supply a high-purity water source.
4. The biopharmaceutical sector
can be used in the purification of biological agents, vaccine manufacturing, and water for injection (WFI).
Eliminate bacteria and pyrogens to satisfy pharmacopoeia standards for sterile water quality. Utilized in the production of ultrapure water in combination with electrodeionization (EDI).