Low temperature plasma photocatalytic deodorization purifier

‌Low temperature plasma photocatalytic deodorization purifierworking principle

The working principle of plasma photocatalytic deodorization purifier mainly includes plasma technology and UV photolysis technology. Plasma technology ionizes, dissociates, and excites gas molecules through an external electric field, generating a large number of high-energy electrons and free radicals. These active particles react with pollutant molecules, decomposing them into harmless substances. UV photolysis technology uses high-energy ultraviolet light beams to decompose oxygen molecules in the air, producing ozone. Ozone further reacts with pollutants to convert them into harmless substances.

Features:

Efficient Purification: The plasma photocatalytic deodorization purifier can efficiently remove organic matter, odorous gases, and microorganisms from the air, with a purification efficiency of over 95%.

Multiple purification technology: combining plasma and UV photolysis technology, effectively removing pollutants from the air through multiple purification methods.

Environmental protection and energy conservation: The equipment does not require the use of any chemical reagents during operation, does not generate secondary pollution, and meets environmental protection requirements.

Easy maintenance: The device has a simple structure, easy maintenance, low operating costs, and is suitable for long-term use.

Low temperature plasma photocatalytic deodorization purifierMainly used for processing materials containingVolatile organic compounds（VOCs）、malodorous gasandOdorous pollutantsThe scenario is suitable for industrial waste gas treatment and air purification. ‌

Industrial waste gas treatment

Applicable tochemical industry、printing、sewage treatment、garbage transfer stationWaiting for scenarios, can efficiently decomposehydrogen sulfide、ammonia、SulfidesWaiting for odorous gases, the treatment efficiency reaches over 99%. ‌

Catering and Public Places

target, aim at, address, focus on, in response toCatering fumes、hotelThe purification of odors in places is carried out by combining low-temperature plasma technologyPhotocatalytic oxidation processConvert pollutants into carbon dioxide and water without secondary pollution. ‌

Medical and office environment

Applicable tohospital operating room、laboratoryIn places that require high cleanliness, air quality is guaranteed through the dual effects of sterilization, disinfection, and deodorization. ‌

technical advantage

Combining the triple effects of physics (plasma ionization), chemistry (photocatalytic oxidation), and biology (microbial inactivation), it has the characteristics of low energy consumption (processing 1000 cubic meters of exhaust gas consumes 0.25 degrees), silent operation, and supports modular design for easy maintenance. ‌