ES2DAF

ES2DAF Application Field and Working Principle

ES2DAF, short for ElectroStatic Discharge Air Filtration, is a highly efficient, cost effective air purification system designed to monitor and filter airborne contaminants down to the sub-micron level. It is a compact, low- maintenance system that operates with low operating and capital costs. The system is widely used in a variety of applications in hospitals, airports, manufacturing plants, food processing facilities, shipyards, and refineries.

ES2DAF uses electrostatic discharged air filtration technology to remove airborne contaminants. This technology works by generating an electrostatic force field which polarizes, captures and then efficiently reduces the particles suspended in the air. This process works through advanced electrical and condensation principles, involving the emission of negatively charged ions which attach themselves to dust particles and other air contaminants. The charged particles then attracts the contaminants and become “trapped” within the cell of the filter. This process is highly effective and can reduce airborne particulate levels by 95%; making it an ideal filtration technology for any environment.

ES2DAF can be easily integrated into any existing air filtration system, such as an HVAC system, for greater efficiency. The design is one of the most space-efficient filtration systems on the market, using a fraction of the space required for competing technologies. Additionally, the design is highly efficient, operating at a fraction of the cost-per-disinfection than its counterparts.

The system also requires minimal maintenance, with only the occasional filter replacement being necessary. It is designed to provide a long life, with an expected service life of up to 20 years. The design is also eco-friendly and environmentally responsible, using no chemicals or hazardous materials in its operations. The system also produces little noise during operation, making it ideal for any application.

The ES2DAF system is the ideal choice for both commercial and residential applications. It is highly efficient, cost-effective, compact, and environmentally friendly. The system provides clean, safe air by removing airborne contaminants down to the sub-micron level, which can greatly improve air quality, reduce the risk of disease, and increase comfort levels in the work or living environment.