FIELD: chemical industry; heat-and-power industry; oil-processing industry; propulsion engineering: production of the industrial and household air purification installation.
SUBSTANCE: the invention is pertaining to the environmentally appropriate oxidation of the gaseous compounds and may be used in the heat-and-power engineering, oil-processing industry and chemical industry, in propulsion engineering and also in production of the industrial and household air purification installations. The device of the catalytic oxidation of the gaseous compounds consists of the body (1) with the inlet fitting pipe (2) and the outlet fitting pipe (3). Inside the body there is the block carrier (4), which has been made out of the open-cellular metallic foam coated with the courses of the secondary carrier and the catalytically active agent. The device additionally has the heat pipes (5), the evaporation sections (6) of which are arranged in the block carrier (4) and fastened to it, and the condenser-type sections (7) are arranged out-of-the body. The gaseous compounds are fed through the fitting pipe (2) into the body (1) and are filling in the block carrier (4). As the block carrier (4) achieves the stationary operational temperature the reaction of the catalytic oxidation of the gaseous compounds runs in the device. The products of the reaction leave the device through the fitting pipe (3). At the unexpected rise of the block carrier (4) temperature its cooling takes place as the result of the heat transfer of the evaporation section (6)of the heat pipes (5). Further the steam enters the condenser-type section (7). The hidden heat of the steam condensation is transferred in the environment. The invention allows to improve reliability of the device operation due to addition of the thermal stabilization system.
EFFECT: the invention ensures the improved reliability of the device operation due to addition of the thermal stabilization system.
2 dwg
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Authors
Dates
2007-09-10—Published
2005-10-27—Filed