Paint Shop Section
Emission Characteristics
Automotive painting generates high-volume VOC emissions from primer, basecoat, and clearcoat applications. Overspray capture and thermal treatment are critical.
Recommended Treatment
- Spray booth ventilation systems
- Regenerative thermal oxidizers (RTO)
- Heat recovery integration
Welding Section
Emission Characteristics
Resistance and arc welding produce metal fumes, particulates, and ozone. High-volume local exhaust is required for worker protection.
Recommended Treatment
- Local extraction arms and hoods
- High-efficiency filtration systems
- Centralized fume collection
Stamping & Forming Section
Emission Characteristics
Metal stamping and forming operations generate oil mist, lubricant vapors, and fine metal particles. Continuous operation requires reliable collection systems.
Recommended Treatment
- Oil mist collectors
- Electrostatic precipitators
- Multi-stage filtration
Engineering Focus for Automotive Industry
Automotive manufacturing emission control requires coordinated systems across diverse processes. Paint shop VOC treatment, welding fume collection, and oil mist control must work together to meet strict environmental standards.
AIER Solution Approach
AIER delivers integrated emission control solutions for automotive manufacturing facilities, combining proven technologies with industry-specific expertise to achieve compliance and operational excellence.
