Multifunction operation unit for reducing pollutant in a waste gas

Multifunction operation unit for reducing pollutant in a waste gas

Patent

The multifunction semi-operation unit for reducing pollutants from waste gas comprises a reactor having a square ground plan, the reactor body being composed of three equal portions , the individual portions of the reactor body as well as the top inlet and bottom outlet parts of the reactor being separated by the gaskets inserted therebetween, said gaskets being heat resistant up to the temperature of 800 °C, each of the portions of the reactor body being provided with a general-purpose inlet , e.g. with an inlet for supplying cooling air, for cooling the flue gases in case of a reactor provided with a split catalytic bed or for connecting auxiliary measuring instrumentation to the reactor, each of the portions of the reactor body further being provided with both exterior and interior insulation layers and with the ribbing designed to maintain the shape stability of the structure when the latter is subject to the operating temperature, the interior of each portion of the reactor body further accommodating built-in structures for supporting a catalytic converter, the individual portions and the built-in structures (8) being mutually detachable.

The multifunction semi-operation unit for reducing pollutants from waste gas comprises a reactor having a square ground plan, the reactor body being composed of three equal portions , the individual portions of the reactor body as well as the top inlet and bottom outlet parts of the reactor being separated by the gaskets inserted therebetween, said gaskets being heat resistant up to the temperature of 800 °C, each of the portions of the reactor body being provided with a general-purpose inlet , e.g. with an inlet for supplying cooling air, for cooling the flue gases in case of a reactor provided with a split catalytic bed or for connecting auxiliary measuring instrumentation to the reactor, each of the portions of the reactor body further being provided with both exterior and interior insulation layers and with the ribbing designed to maintain the shape stability of the structure when the latter is subject to the operating temperature, the interior of each portion of the reactor body further accommodating built-in structures for supporting a catalytic converter, the individual portions and the built-in structures (8) being mutually detachable.

semi-operation unit, VOC, NOX, remove polutants, catalyst

semi-operation unit, VOC, NOX, remove polutants, catalyst

EP 2845640

06.09.2013

24.10.2018

VUT v Brně

K využití výsledku jiným subjektem je vždy nutné nabytí licence

EP2845640B1