PLASTICS & RUBBER / ODOR & VOC CONTROL

Plastic and rubber industry

Molding exhaust gas, odor, and dust—exhaust management of high-temperature processes

For the injection, extrusion, vulcanization, cutting and grinding processes, high-temperature exhaust gas and odors are collected from the source to improve the working environment and reduce emission risks.

Site investigationSystem designEquipment manufacturingInstallation and maintenance

Common customer pain points

Are you facing these field issues?

Are you faced with pungent odors and harmful organic matter produced by high-temperature processes such as plastic injection and rubber vulcanization? Poor on-site air quality affects talent retention and increases regulatory pressure for substandard exhaust emissions.

Recommended solutions

Molding machine exhaust collection

Set up gas collecting hoods in the injection machine and extruder material tube areas to collect high-temperature decomposition waste gas from the source.

Odor treatment system

Photooxygen catalysis or activated carbon filtration is used to reduce sulfides and pungent odors common in rubber and plastic processes.

Overall ventilation of the factory

Design the exhaust path according to the pollution distribution in the factory to improve the overall air quality of the working environment.

dust collection

For dry processes such as rubber cutting and plastic grinding, dust is collected and processed in a centralized manner.

Applicable scenarios

Plastic injection factory
Rubber vulcanization plant
extrusion molding plant
Foam manufacturing
Composite material factory
Recycling granulation

Need rubber and plastic waste gas and exhaust solutions?

Based on the process temperature and waste gas composition, we plan waste gas and exhaust solutions suitable for the rubber and plastics industry.

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