Achieve Compliance. Reduce Costs. Run Efficiently.
Packaging and printing operations generate large volumes of VOC emissions from inks, adhesives, and cleaning agents. These emissions—primarily esters, alcohols, and ketones—are major contributors to air pollution and must be effectively treated to meet increasingly stringent environmental regulations.
CADAIR provides proven VOC abatement systems specifically designed for high-airflow, low-concentration industrial exhaust, helping manufacturers achieve regulatory compliance, energy efficiency, and long-term operational stability.
Trusted by Industry Leaders
CADAIR has successfully delivered VOC control systems for globally recognized companies across packaging, printing, and chemical industries.
Selected Clients:
- Amcor – Global packaging leader
- DIC Corporation – Leading ink & chemical manufacturer
- Tianlong Ink – Major ink producer in Asia
- Global Printing – Publicly listed printing company
- Ningxia Hongde Packaging
By the Numbers
- 1600+ VOC abatement projects delivered
- 10+ years of industry experience
- Up to 99% VOC removal efficiency
- Cross-industry engineering expertise
Why VOC Treatment Is Challenging in Printing Industry
Large Air Volume, Low Concentration
High airflow combined with low VOC concentration makes direct thermal treatment inefficient and costly.
Strict Environmental Compliance
Failure to meet emission standards may result in:
- Regulatory penalties
- Production shutdowns
- Loss of certifications and contracts
High Operating Costs
Conventional systems often lead to:
- High energy consumption
- Complex maintenance requirements
- Unstable long-term performance
Our Solution: Zeolite Rotor + RTO VOC Abatement System
CADAIR adopts a Best Available Technology (BAT) approach for industrial VOC treatment.
Step 1: Zeolite Rotor Concentration
- Captures VOCs from high-volume exhaust air
- Converts low-concentration streams into high-concentration air
- Reduces downstream energy consumption
Step 2: RTO / Catalytic Oxidation (CO)
- Achieves 95–99% VOC destruction efficiency
- Converts VOCs into CO₂ and H₂O
- Recovers heat energy to reduce fuel consumption
Key Advantages of CADAIR Systems
✔ Customized Engineering Design
Each system is tailored based on:
- Airflow volume
- VOC concentration
- Production process
Available configurations include:
- Zeolite rotor + RTO systems
- 3-bed and 5-bed RTO designs
✔ Compliance-Driven Solutions
- Designed to meet international and local emission standards
- Support for environmental permitting
- Assistance with compliance validation
✔ Smart Energy Optimization
- AI-based energy control system
- Real-time monitoring and remote diagnostics
- Predictive maintenance and fault alerts
Result: Lower operating expenditure (OPEX) and improved efficiency
✔ Full Lifecycle Support
From concept to operation:
- Engineering design
- Equipment manufacturing & installation
- After-sales service and maintenance
Ensuring long-term system reliability and performance.
Applications Across Industries
CADAIR VOC abatement systems are widely applied in:
- Coal chemical industry
- Petrochemical & refining
- Industrial coating & painting
- Packaging & printing
- Rubber manufacturing
- Semiconductor & electronics
- Shipbuilding
- Pharmaceutical industry
- Automotive manufacturing
- Ink production
- Electroplating
- Municipal environmental projects
- Food processing industry
FAQ
What is the best VOC abatement technology for printing exhaust?
For high airflow and low VOC concentration, zeolite rotor + RTO systems are the most efficient and widely adopted solution.
How efficient is an RTO system?
A properly designed RTO system can achieve 95%–99% VOC removal efficiency, depending on operating conditions.
How can VOC treatment costs be reduced?
- VOC concentration before oxidation
- Heat recovery systems
- Smart automation and control
Ready to Optimize Your VOC Control System?
CADAIR helps manufacturers worldwide:
- Meet emission standards
- Reduce operating costs
- Improve sustainability performance
Get a Customized VOC Abatement Solution
- Free technical consultation
- Site-specific engineering design
- Access to reference projects
👉 Contact CADAIR today to optimize your industrial air pollution control system
