Operating Principles of ECO2 units
Regenerative thermal oxidation allows the abatement of VOCs through the following reaction:
VOCs + O2 + activation energy -> CO2 + H2O + heat
The reaction happens in the combustion chamber with suitable temperature, turbulence, and residence time. Temperature level is guaranteed by special electric resistances, also supported by solar panels.
Polluted air is pre-heated by ceramic filling layers, which are heated or cooled according to the direction of the air crossing them, thus acting as heat accumulators.
Main characteristics of ECO2
The electrically fed regenerative thermal oxidizer uses thermal energy generated during combustion to reduce both operative costs and the consumption of energy from the system itself. Thanks to the high energy recovery, regenerative plants are particularly suited for the applications with low VOC concentrations.
Our innovative electrically fed thermal oxidation systems efficiently destroy various dangerous industrial pollutants with a >99% abatement efficiency.
Typical applications and target sectors of ECO2
Our electrically fed thermal oxidizer can help you reducing the emissions of dangerous pollutants and volatile organic compounds (VOCs), to comply with the strictest regulations. Our solutions are ideal for a variety of applications, e.g.: automotive, painting, printing, packaging, industrial coating, pharmaceutical, chemical, semiconductors, electronic, etc.
Development of dedicated plant solutions
With the possibility of integration with solar panels you can take a step further towards sustainability, using solar energy to abate both operating costs and the environmental impact of your production. ECO2 technology is part of the range of technologically advanced air pollution control products offered to the market by our company. For each of them the company ensures a complete presence in all phases of product life: