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Green Innovation · Scientific and Technological Development · Industrial Responsibility · Joint Construction of Civilized Ecology

Plasma Deodorization Equipment

Widely used in sewage treatment plants, sewage pumping stations, garbage transfer stations, landfills, livestock and poultry farms, food processing plants, pharmaceutical factories, leather factories, manure treatment stations, municipal pipelines, underground pipelines, and odor control in enclosed spaces.

National Service Hotline：400-611-6861
Product Introduction

Deodorization equipment is designed to purify odorous gases such as organic waste gas, hydrogen sulfide, ammonia, thiols, etc. It integrates collection, purification, adsorption, oxidation, and degradation functions, and can flexibly configure the process according to odor concentration and working conditions. The equipment has a compact structure, flexible installation, stable operation, and can efficiently remove odors and harmful gases, meet environmental emission requirements, and improve the surrounding air quality.

Technical Advantage
High deodorization efficiency and thorough purification
It can efficiently remove odorous substances such as ammonia, hydrogen sulfide, volatile organic compounds, etc., with significant deodorization effect and stable compliance.
Low operating costs and low energy consumption
The system has low resistance, low energy consumption, minimal or no need for chemicals, and simple and economical operation and maintenance.
Strong adaptability, safe and reliable
It can operate continuously 24/7, withstand load impact, do not produce secondary pollution, and is safe to use.
High degree of automation
It can achieve automatic start stop, online monitoring, and intelligent control without the need for dedicated personnel, making management convenient.
Working Principle

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Process Selection

1. Biological deodorization process: using microorganisms to degrade odorous substances, suitable for low concentration, high wind odor in sewage treatment, garbage stations, etc.

2. Photocatalytic/UV photolysis process: UV photocatalytic oxidation decomposes organic waste gas, suitable for industrial waste gas and odor removal in enclosed spaces.

3. Plasma deodorization process: High energy plasma cracking of odorous molecules, suitable for the treatment of low concentration and complex component exhaust gases.

4. Chemical washing and deodorization process: acid-base spray neutralization and absorption, suitable for high concentration hydrogen sulfide, ammonia and other odorous gases.

5. Activated carbon adsorption deodorization process: Physical adsorption of odors, suitable for low concentration, low air volume, emergency deodorization.

Equipment Selection

1. Selection of purification main body: biological filter, photo oxygen integrated machine, plasma purifier, chemical washing tower, activated carbon adsorption box.

2. Air volume and operating condition selection: Select the corresponding treatment scale and structural form based on odor concentration, air volume, and footprint.

3. Selection of collection system: gas collection hood, air duct, sealing cover plate, anti-corrosion fan.

4. Selection of auxiliary systems: sprinkler system, dosing device, humidification system, exhaust fan, instrument monitoring device.

5. Material and control selection: PP, fiberglass, carbon steel anti-corrosion materials; PLC automatic control, frequency conversion regulation, remote monitoring.

Case
Wastewater Treatment Station of Xi'an High-tech Zone Medical Industrial Park Project
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Friendship Link
Huapu Environmental Protection Huapu Water Treatment Equipment