2 tons of ultrafiltration and 1 ton of reverse osmosis filtration purification water system per hour

Product description

system composition
Ultrafiltration section: The ultrafiltration equipment processes 2 tons of water per hour, and the filtration accuracy of the ultrafiltration membrane is generally between 0.001-0.1 microns. It can effectively remove impurities such as large organic molecules, colloids, bacteria, viruses, etc. from water, while retaining some beneficial minerals and trace elements for the human body. Ultrafiltration pretreatment usually includes multi-media filtration (removing large particle impurities such as suspended solids) and activated carbon filtration (adsorbing residual chlorine, organic matter, etc.) to protect the ultrafiltration membrane and improve ultrafiltration efficiency.
Reverse osmosis section: The reverse osmosis equipment processes 1 ton of water per hour, utilizing the semi permeability of the reverse osmosis membrane to allow water molecules to pass through under pressure, while impurities such as salt, heavy metal ions, and organic matter are intercepted. Reverse osmosis systems are generally equipped with high-pressure pumps to provide sufficient pressure to drive water through the membrane, and may also have security filters to further remove small particles from the water to prevent membrane element blockage.
workflow
The raw water first enters the ultrafiltration system, where large particle impurities are preliminarily removed through a multi-media filter. Then, residual chlorine and organic matter are adsorbed through an activated carbon filter, and then enters the ultrafiltration membrane module to remove large molecule pollutants, resulting in ultrafiltration produced water.
The ultrafiltration produced water serves as the inlet for the reverse osmosis system. It first passes through a security filter and is then pressurized by a high-pressure pump before entering the reverse osmosis membrane element for deep desalination and removal of other impurities, producing high-quality purified water. The reverse osmosis system will also produce a certain amount of concentrated water, which can be treated or reused according to the actual situation.
application area
Drinking water supply: This system can be used for purifying drinking water in residential areas, schools, hospitals, and other places, providing users with safe and healthy drinking water. Ultrafiltration water can be used as domestic water, while reverse osmosis water can be used as direct drinking water.
Industrial production: In some industries that require high water quality, such as food and beverage, cosmetics, electronics, etc., ultrafiltration water can be used in general production processes, while reverse osmosis water can be used in processes that require higher water quality, such as cleaning water in electronic chip manufacturing and ingredient water in food and beverage production.
Wastewater treatment and reuse: For some wastewater with good water quality, it is first treated with ultrafiltration to remove larger particles and organic matter, and then further purified through reverse osmosis to meet the reuse standards and achieve the recycling of water resources.
advantage
The combination of ultrafiltration and reverse osmosis fully leverages the advantages of both technologies, effectively removing various pollutants from water while retaining some beneficial components (ultrafiltration part), while producing high-purity water (reverse osmosis part).
The processing capacity of the system can meet the water demand of different scales, with a configuration of 2 tons of ultrafiltration and 1 ton of reverse osmosis per hour. The operating mode can be flexibly adjusted according to the actual situation to improve the efficiency of equipment use.
The degree of automation is high, which can achieve automatic operation, monitoring, and control, reduce manual operation intensity, and improve the stability and reliability of the system.