Air scrubbers use water flow and filtration systems to remove harmful particles

The process of air scrubbers using water flow and filtration systems to remove harmful particles is based on an efficient and environmentally friendly air purification principle, especially in removing fine particles (such as PM2.5), PM10 and other air pollutants. With the intensification of air pollution problems, especially in urban environments, long-term exposure to particles such as PM2.5 can have serious effects on human health. Air scrubbers provide innovative solutions for effectively reducing the concentration of harmful particles indoors by combining water flow and filtration technology.
Air scrubbers use water as the core purification medium, and water flow plays a key role in the entire purification process. When air is sucked into the fan of the device, it passes through a wet water curtain or water tank area. This process allows suspended particles in the air to come into contact with water, and the high density and surface tension of water allow these particles to be quickly captured and adsorbed. For fine particles such as PM2.5, water molecules can wrap them through physical action, causing these fine particles to lose their ability to suspend in the air and eventually settle in the water.
This principle has significant advantages in removing harmful particles. Compared with traditional dry filters, water washing can not only absorb particles more effectively, but also reduce the problem of filter clogging. Traditional air purifiers rely on dry filters, which will gradually become saturated as particulate matter accumulates, affecting the purification effect. Water continuously flows and renews itself in the air scrubber, which can continuously maintain purification efficiency. In addition, the water flow can also capture some aerosol-type pollutants, further enhancing the ability to remove fine particles.