PROMEOS® TNV

Thermal Afterburning
VOC reduction technology with ultra-low NOx emissions for industrial exhaust air treatment. Hydrogen-compatible. Multi-fuel. Designed to comply with TA Luft and EU IED 2.0.
TNV
0
ppm NOx
0%
VOC Destruction
0+
Years of experience

HOW FLAMELESS THERMAL AFTERBURNING WORKS

Uniform oxidation within a porous ceramic matrix prevents flame spikes, reduces NOx formation, and ensures stable thermal decomposition conditions.

01

Contaminated exhaust air

Process air containing VOCs flows into the thermal oxidation chamber.

02

Oxidation in a Ceramic Matrix

Gas and air oxidize uniformly within the porous ceramic structure.

03

Clean Exhaust Emissions

Organic compounds are thermally decomposed without producing open flames.

UPGRADE INSTEAD OF REPLACE

MODERNIZING EXISTING THERMAL INFRASTRUCTURE

Many industrial facilities already have operational exhaust air systems but still rely on outdated combustion technology. promeos®’s flameless combustion systems can be integrated into existing TNV systems with minimal downtime and lower capital expenditure.

Up to 70% energy savings potential

ROI Possible in Less Than 20 Months

Extended Service Life

TECHNICAL SPECIFICATIONS

Important: The following values are based on a specific customer project and do not represent universal product limits. Your system will be designed during the engineering phase to meet your process requirements.

ParameterValue
NOx emissions<20 ppm
Type of CombustionFlame-less ceramic combustion
Fuel FlexibilityNatural gas, biogas, hydrogen
Noise LevelQuiet operation
Temperature FieldHomogeneous temperature distribution

DESIGNED FOR HIGH-PERFORMANCE INDUSTRIAL PROCESSES

Printing & Packaging

VOC-rich printing inks and solvent-intensive production environments that require low-emission exhaust air treatment.

Automotive Paint Shops

Coating systems subject to strict emission regulations, with stringent requirements regarding NOx emissions and environmental protection.

Chemicals & Pharmaceuticals

Reliable treatment of complex exhaust gas streams containing multiple solvents in regulated production environments.

Recycling Processes

Thermal destruction of organic emissions and coating residues resulting from the processing of recycled materials.

Aluminum Processing

Integrated VOC treatment for paint, heat treatment, and high-temperature exhaust systems.

Wax Melting & Sintering

Controlled combustion of waxes, binders, and organic residues in thermal production processes.

REFERENCE PROJECT

August Gundlach

A 2-MW thermal afterburner integrated into an aluminum coating line with downstream heat recovery.

TNV

Integration of VOC Afterburning

Heat Recovery
system

Reduced Gas Consumption

Flame-less Combustion Architecture

GET YOUR PLANT READY FOR THE NEXT GENERATION OF VOC COMPLIANCE

Flame-less thermal afterburning for cleaner emissions, lower NOx levels, and future-proof industrial combustion.