Heat accumulating type incinerator with volume-variable gas storage device
A gas storage device and heat storage technology, applied in incinerators, lighting and heating equipment, combustion methods, etc., can solve problems such as environmental pollution, achieve the effects of avoiding environmental pollution and improving exhaust gas efficiency
Active Publication Date: 2009-11-11
DESICCANT TECH CORP +1
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[0003] This regenerative incinerator includes two regenerators and two airflow valve groups, and each airflow valve group includes two airflow valves. The aforementioned regenerative incinerator waste gas treatment must switch the flow direction regularly so that different regenerators can take turns Absorption and release of heat energy, when the valve is switched, the exhaust gas will be discharged directly without passing through the regenerative incinerator in a short flow, and the exhaust gas that has entered the regenerator and has not been treated for decomposition and oxidation will be discharged after the intake is switched to the outlet. Blowback discharge, discharged into the atmosphere causing environmental pollution
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[0056] Please refer to the detailed description of the above and other objects and advantages of the present invention in the following in conjunction with the drawings and the detailed description of the embodiments.
[0057] Please refer to figure 1 , figure 1 It is a schematic diagram of the first embodiment. The regenerative incinerator of the variable volume gas storage device of the present invention includes a regenerative incinerator 1 and a variable volume gas storage device 2 . Regenerative incinerator 1 comprises a first regenerator 101, a second regenerator 102, a heating chamber 103, a heater 104, a first intake valve 11, a second intake valve 12, a A first exhaust valve 13 , a second exhaust valve 14 , an exhaust gas intake pipe body 15 , and an exhaust pipe body 16 .
[0058] The waste gas from a waste gas source 3 is blown from the waste gas pipe body 15 by the first blower 151, and enters the first heat storage chamber 101 through the first air inlet valve ...
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The invention provides a heat accumulating type incinerator with a volume-variable gas storage device, which can effectively reduce untreated waste gas from being discharged into atmosphere due to draft damper switching and further avoid the environment pollution, improve the waste gas efficiency and achieve the aim of environment protection. The volume-variable gas storage device is assembled at the discharging end of the heat accumulating type incinerator and can recover waste gas which does not pass through short flow of the heat accumulating type incinerator when the heat accumulating type incinerator is switched on the airflow direction and can also recover the untreated waste gas remained in a heat accumulating chamber after the heat accumulating type incinerator is switched on the airflow direction. The recovered waste gas can be connected to a waste gas inlet pipe and then guided into the incinerator for processing or connected to other processing devices, such as a zeolite roller device or connected to an adsorption processing device.
Description
technical field [0001] The invention relates to a regenerative incinerator with a variable volume gas storage device. Background technique [0002] Regenerative thermal oxidizer (RTO) heats the waste containing volatile organic compounds (Volatile Organic Compounds, VOCs) at high temperature, so that the carbon atoms and hydrogen atoms in it are decomposed and oxidized into carbon dioxide and water vapor, and then released into the atmosphere. [0003] This regenerative incinerator includes two regenerators and two airflow valve groups, and each airflow valve group includes two airflow valves. The aforementioned regenerative incinerator waste gas treatment must switch the flow direction regularly so that different regenerators can take turns Absorption and release of heat energy, when the valve is switched, the exhaust gas will be discharged directly without passing through the regenerative incinerator in a short flow, and the exhaust gas that has entered the regenerator an...
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IPC IPC(8): F23G7/06
Inventor 郑石治扶亚民
Owner DESICCANT TECH CORP