VOC Treatment System for Paint Production (Zeolite + RTO System) project photo

Project Case

VOC Treatment System for Paint Production (Zeolite + RTO System)

The system is designed to treat volatile organic compounds generated during coating, mixing and paint formulation processes. These emissions typically contain solvent-based VOCs released during large-scale paint manufacturing operations.

Project Overview

Industry: Paint / Coating Manufacturing

Total Airflow: 130,000 NCMH

RTO Airflow: 28,000 NCMH

Pollutants: Volatile Organic Compounds (VOCs)

Treatment System: Zeolite Rotor Concentration System + Regenerative Thermal Oxidizer (RTO)

Application Overview

This project was developed for VOC emission control in paint production processes.

The system is designed to treat volatile organic compounds generated during coating, mixing and paint formulation processes. These emissions typically contain solvent-based VOCs released during large-scale paint manufacturing operations.

System Configuration

The treatment system combines a Zeolite Rotor Concentration system and a Regenerative Thermal Oxidizer (RTO) to achieve efficient VOC control in paint production.

The zeolite rotor first concentrates low-concentration, high-volume VOC emissions. The concentrated gas stream is then directed into the RTO system for high-temperature thermal oxidation and complete VOC destruction.

This combined process is widely used in coating and paint manufacturing industries where large airflow and low-concentration VOC streams are present.

Project Photos

VOC Treatment System for Paint Production (Zeolite + RTO System) project photo 1
VOC Treatment System for Paint Production (Zeolite + RTO System) project photo 2

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