Efficiency
- Heat accumulator with heat recovery rate >97%
- Up to 90% energy savings
- Cost-saving alternative to avoid the burning of fossil fuels in exhaust air purification
Energy cost savings / short payback period / life cycle costs / economic efficiency calculation using an example
Invoice costs incl. promotion and savings potential energy and per tonne CO2 25 to 55€
Example: Comparison of solvent degradation in the print sector between thermal afterburning (TNV), catalytic afterburning (KNV) and IVOC‑X CX 2.500
| Reference value | Unit |
| Operating hours per year | 8,000 h |
| Volume flow | 2,500 m³/h in standard |
| exhaust gas temperature | 25 °C |
| Pollutant concentration | 1.0 g/m³ |
| Combustion energy ethanol | 30.6 kJ/m³ |
| Technology | TNV | KNV | IVOC‑X |
| Thermal efficiency | 50% | 60% | 98% |
| Oxidation temperature | 900°C | 340°C | 320°C |
| Heat output in operation | 362kW | 104kW | 5kW |
| Heating energy in MWh per year | 2,812 | 732 | 20 |
| annual CO2 emissions from heating | 1,333 | 347 | 9 |
| Energy costs per year | 112,464 € | 29,285 € | 3,200 € |
Increase in productivity
- Short start-up phases
- Integrated process management system reacts independently to large fluctuations in pollutants.
- Reduction of higher pollutant concentrations through heat dissipation
Availability & flexibility
- Flexibility thanks to Plug&Play system – connect plugs and exhaust air hoses and start immediately
- Modular series systems and variable operation from 1–100% of design value
Higher availability > 99% - Processing of higher pollutant concentrations up to 12g/m³ (depending on the pollutant)
- Turnover of pollutants at lower oxygen concentrations in the exhaust gas through electrical heating
