Principle of UV photo-decomposition air pollution treatment and purification equipment:

Utilize a special high-energy high-ozone UV ultraviolet light beam to irradiate malodorous gases, altering the molecular chain structure of organic or inorganic high-molecular-weight malodorous compounds. Under the照射 of high-energy UV light beams, these compounds degrade and transform into low-molecular-weight compounds.

Utilizing high-energy high-ozone UV ultraviolet light beams to decompose oxygen molecules in the air, generating free oxygen, which then produces ozone, offering immediate and effective removal of malodorous gases and other刺激性 odors.

Three, offensive gases are introduced into the purification equipment via exhaust ventilation systems. The equipment then employs a combination of high-energy UV ultraviolet light beams and ozone to synergistically decompose and oxidize the offensive gases, converting the offensive gas substances into low-molecular compounds and water, which are then expelled outdoors through the exhaust ducts.

Utilizing high-energy UV light beams to break the molecular bonds of bacteria in malodorous gases, destroying the bacteria's nucleic acids (DNA), and then oxidizing through ozone to achieve deodorization and bacteria-killing.

Performance Features:

Eliminate Odors: Effective in removing volatile organic compounds (VOCs), inorganic substances, thioles, and other primary pollutants, as well as various unpleasant odors, with high deodorization efficiency.

No additional substances required: Simply set up the corresponding exhaust ducts and fans to allow the malodorous gases to undergo deodorization, decomposition, and purification through this equipment, without the need for any substances to participate in chemical reactions.

Three: Highly adaptable: Capable of treating deodorization and purification for high concentrations, large volumes, and various malodorous gas substances with stable and reliable operation.

Four: Low operational costs: This equipment has no mechanical movements, no noise, requires no dedicated management or daily maintenance, consumes low energy, and only needs electricity; no other consumables are required.

V. No Pre-treatment Required: No special pre-treatment is needed for malodorous gases.

Six: Compact footprint and light weight: Suitable for special conditions such as tight layouts and small sites.

Application Scope:

Odor control and purification treatment for malodorous gases from feed mills, fish meal plants, oil refineries, plastic processing factories, rubber factories, chemical plants, sewage treatment plants, and waste transfer stations.