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RTOs are one of the most commonly employed emission abatement technologies. This oxidation technology has very high energy efficiency by recovering and reusing the thermal energy generated during the combustion.
The Catalytic Recuperative Oxidizers operate at lower temperature and save the energy consumption by using catalysts to reduce the pollutant oxidization temperature.
The VCU design combines the simplicity of enclosed flare with the destruction efficiency of a traditional thermal oxidizer to achieve super performance in intermittent or continuous processing operations.
Combining both RTO and CO technologies, RCO enables the oxidization occurs at much lower temperature with less energy consumption, and achieve higher destruction effect at the same time.
Thermal Recuperative Oxidizer destruct the pollutants under high temperature cooperated by proper temperature, oxygen content, the resident time and the turbulence in oxidizer. A metal heat exchanger is employed to recover the thermal energy from the oxidation process.
Concentrators reduce costs by converting high volumes of low-concentration emissions into higher concentrated steams to facilitate the use of smaller oxidizers.
