Home / Solutions / Coating & Painting Industry

VOC Treatment for Coating & Painting Industry - RTO Systems

Coating and painting lines often generate spray booth VOCs, flash-off exhaust, curing oven exhaust and solvent cleaning fumes. AIER helps review airflow, concentration and operating schedule before selecting VOC treatment direction.

Industry emission sources should be reviewed before selecting equipment.
VOC Treatment for Coating & Painting Industry - RTO Systems

Industry Characteristics & Challenges

Coating and painting lines often generate spray booth VOCs, flash-off exhaust, curing oven exhaust and solvent cleaning fumes. AIER helps review airflow, concentration and operating schedule before selecting VOC treatment direction.

01

Engineering Focus for Coating & Painting Industry

Coating and painting lines often generate spray booth VOCs, flash-off exhaust, curing oven exhaust and solvent cleaning fumes. AIER helps review airflow, concentration and operating schedule before selecting VOC treatment direction.

02

AIER Solution Approach

AIER reviews the real process condition and connects the project to suitable dust collection, scrubber, activated carbon adsorption, RTO or combined treatment routes.

Where pollution is usually generated

These process sections help buyers describe the source clearly before equipment sizing.

01

Spray coating booth

Overspray particles and solvent VOCs.

Keep capture stable without disrupting coating quality. Overspray pretreatment plus VOC treatment route review.
02

Flash-off and curing oven

Continuous heated VOC exhaust.

Destroy suitable VOCs and recover heat where possible. Regenerative thermal oxidizer or related thermal treatment.
03

Solvent cleaning area

Intermittent high-concentration solvent vapor.

Capture short peaks and reduce odor exposure. Enclosed capture, adsorption or thermal treatment review.

Connect the industry condition to the right equipment family

AIER first reviews pollutant type, airflow, concentration, temperature, safety risk and target emission standard, then confirms whether dust collection, scrubber, adsorption, RTO or a combined route is more suitable.

AIER industry solution quote review

What information should you send for a quote?

Clear process data helps AIER review the equipment route, material, collection method and safety configuration faster.

  • Industry and process section
  • Pollutant type and emission source
  • Airflow / exhaust volume
  • Concentration or dust loading
  • Temperature and humidity
  • Corrosiveness / explosion risk
  • Operating hours and emission target
  • Existing equipment, photos, videos or layout

Send your Coating & Painting Industry project data

Use the form to send process, pollutant and airflow information. AIER will review the solution direction and equipment combination.

  • Tell AIER the process section and emission source.
  • Include airflow, pollutant concentration and temperature if available.
  • Share site photos, layout or existing equipment information.

Frequently Asked Questions

Short answers for industry-level solution selection. Product model sizing still depends on operating data.

What information is needed for this industry solution?

Please send the process section, pollutant type, airflow, concentration or dust loading, temperature, operating hours and target emission requirement.

Can one industry page replace a final equipment design?

No. The industry page explains the typical direction. AIER still needs operating data before confirming equipment model, material and configuration.

Can AIER combine dust collection and exhaust gas treatment?

Yes. Many industry projects require a combination of dust collection, scrubber, activated carbon adsorption or RTO systems depending on the actual emission sources.

WeChat QR Code

Scan to add WeChat