Activated Carbon Exhaust Gas Purification | Chaori Industrial Solutions

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Whatsapp: 19714819527 E-mail: jschaori@outlook.com

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Carbon VOC Adsorption Catalytic Combustion

High-efficiency activated carbon adsorption and catalytic combustion systems for industrial VOC and organic waste gas treatment. Custom engineering and complete exhaust gas solutions with energy-saving self-regeneration.

Email: jschaori@outlook.com

Whatsapp: 19714819527: Inquire Now

Product details

Technical Features

High-Efficiency VOC Removal: Uses activated carbon adsorption combined with catalytic combustion to remove VOCs and organic waste gases efficiently. Purification efficiency is above 95%, with paint spraying VOCs removed at 91–99%.

Energy-Saving Self-Regeneration: Saturated carbon fiber felt can be regenerated by steam heating for 10–15 minutes, reducing consumable cost while maintaining continuous operation.

Broad Applicability: Suitable for benzene-containing substances in spray painting processes, as well as other VOCs from chemical, printing, electronics, pharmaceutical, rubber, plastics, and furniture industries.

Custom Engineering Design: Ten standard models are available with air handling capacity from 2000–24000 m³/h; non-standard systems can be designed according to customer requirements.

Proven Reliability & Compliance: Treated air meets national and local emission standards; toluene concentration after purification can reach 7.48 mg/Nm³, benzene 0.068 mg/Nm³.

Modular System Design: The modular system can flexibly combine adsorption and catalytic combustion to ensure waste gas meets emission standards with reliable, continuous performance.

Industry Applications

1
Spray Painting & Coating Purification of benzene-containing substances and VOCs in spray painting workshops and coating processes.
2
Chemical Production Effective treatment of organic waste gases generated during chemical manufacturing and processing operations.
3
Printing Industry Removal of VOCs and organic emissions from printing, ink drying, and solvent recovery processes.
4
Electronics Manufacturing Control of organic waste gases from electronics production, cleaning, and coating applications.
5
Pharmaceutical Production Managing VOC emissions from pharmaceutical synthesis, extraction, and solvent handling processes.
6
Rubber & Plastics Processing Treatment of organic waste gases from rubber vulcanization, plastic molding, and polymer production.
7
Furniture & Adhesive Manufacturing VOCs removal from furniture finishing, adhesive application, and wood coating operations.
8
Landfills & Waste Processing Organic gas treatment for landfills, waste sorting facilities, and biological waste processing plants.
9
Petrochemical Industry Reliable VOCs control for petrochemical refining, storage, and transportation facilities.

Wet Scrubber Cases

Technical Parameters

Name	Index
Filament diameter (µm)	8–9
Specific area (m²/g)	1000–1500
Filter layer (g/m²)	33–330
Bulk density (g/cm³)	1–10
Benzene adsorption capacity (%)	30–52
Air handling capacity	2000–24000 m³/h (ten standard models, can customize)
Purification efficiency	≥95%
Typical spray painting VOCs efficiency	91–99%
Benzene concentration after treatment	0.068 mg/Nm³
Toluene concentration after treatment	7.48 mg/Nm³
Regeneration method	After saturation, the carbon fiber felt filter cartridge is removed, heated by steam for 10–15 minutes, dried, and reinstalled. Steam gas is condensed and organic solution separated; unusable material can be burned.

Working Principle

The equipment consists of air inlet, pre-filter, adsorption section, and air outlet. After entering the unit, the organic waste gas is first filtered, then flows into the activated carbon adsorption section for purification. The purified air is discharged by a fan. Saturated carbon fiber felt can be removed and regenerated: heated by steam for 10–15 minutes, dried, and reinstalled for continued use. Steam gas is condensed, and organic solution is separated; unusable material can be safely disposed of. This process ensures continuous high-efficiency purification of VOCs, with treated air meeting national and local standards.

Why Choose Us

With over 20 years of experience in industrial exhaust solutions, Chaori provides reliable VOCs treatment systems with activated carbon adsorption and catalytic combustion technology.

1Engineering & Manufacturing: 20+ years experience from design to installation of VOC removal systems.

2Facilities: 30,000 m² production area for timely delivery of custom air purification solutions.

3Quality & Certification: ISO 9001:2015 standards ensuring reliable VOC treatment performance.

4Global Support: Systems meeting international emission standards, with lifetime consultation for VOCs control.

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