Spray Coating Section
Emission Characteristics
Spray application generates overspray particles and high-concentration VOC emissions. Booth airflow must balance coating quality with capture efficiency.
Recommended Treatment
- Water wash or dry filter booths
- Overspray capture systems
- Concentrated VOC treatment
Flash-off & Curing Section
Emission Characteristics
Solvent evaporation during flash-off and curing produces continuous VOC emissions at elevated temperatures. Peak concentrations occur during initial heating.
Recommended Treatment
- Thermal oxidizer (RTO/RCO)
- Heat recovery systems
- Zone-controlled ventilation
Cleaning & Maintenance
Emission Characteristics
Equipment cleaning with solvents generates intermittent but high-concentration emissions. Waste solvent handling adds to emission sources.
Recommended Treatment
- Enclosed cleaning stations
- Solvent recovery systems
- Vapor capture and treatment
Engineering Focus for Coating & Painting Industry
Effective VOC treatment requires balancing removal efficiency, energy consumption, and operational safety. System design must consider airflow management, explosion risk control, and stable long-term operation.
AIER Solution Approach
AIER provides customized VOC treatment solutions for coating production and spray painting applications. By integrating advanced oxidation technology, efficient heat recovery, and safety systems, AIER helps clients achieve reliable emission control and regulatory compliance.
