Thermal Oxidizers

Emission Reduction & Environment

Thermal Oxidizers

Reliable destruction of VOCs, odors and hazardous emissions.

Tightening environmental legislation and increased monitoring of industrial emissions leave no room for underperforming cleaning systems. VOCs, carbon monoxide, organic solvents and hazardous exhaust components must be reliably destroyed, every hour of production, every day.

ICE designs and builds customer-specific thermal oxidation systems with high destruction (+99%) efficiency and optimized energy recovery, precisely tailored to your specific process conditions, emission profile and energy objectives.

How it works

Contaminated process gases are heated to temperatures between 750°C and 1,200°C. At these temperatures, harmful compounds are oxidized into stable, environmentally safe by-products, including CO₂ and water vapor.

Four parameters determine the destruction efficiency: temperature, residence time, turbulence and oxygen availability. ICE designs each system to precisely control these parameters for the highest possible conversion rate within your operational boundary conditions.

Energy recovery options

Where process conditions allow, ICE integrates advanced energy recovery: recuperative and regenerative heat recovery, process air preheating and waste heat utilization. This can significantly reduce the total cost of ownership.

Key benefits

• Custom-designed for your process.
• Reliable and efficient conversion of harmful emissions and odour-causing compounds.
• Significantly lower operating costs thanks to integrated energy recovery.
• Fully automated operations with continuous optimization and monitoring.
• Compact, flexible design, fully tailored to the available factory space.
• Ensuring compliance with current and future environmental standards.

Why ICE

ICE combines combustion expertise, deep knowledge of thermal processes and extensive experience in environmental engineering to realize complete emission control solutions. Systems that perform reliably for decades, with integral involvement from engineering to commissioning.

→ Request an emission control analysis