Fluid mixer, combustion device including the same, and method for treating vocs gas
A fluid mixing and combustion device technology, applied in the field of combustion devices and fluid mixers, achieves the effects of uniform mixing, improved safety and reliability, and safety assurance
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Embodiment 1
[0036] The fluid mixer is used to mix a variety of gases before combustion and other links. The uniformly mixed gas helps to stabilize the combustion process, improve the sufficiency of the combustion process and reduce the harmful components in the combustion products.
[0037] Especially for fluid mixers before the combustion process, safety is also an aspect worth paying attention to. In order to avoid the explosion of combustible gas and combustion-supporting gas before combustion, the combustible gas and combustion-supporting gas usually meet and mix during the combustion process. Insufficient mixing results in unstable combustion process and incomplete combustion products contain harmful components. The fluid mixer provided in this embodiment improves the safety before combustion and makes the combustible gas and the combustion-supporting gas fully mixed.
[0038] This embodiment provides a specific implementation of a fluid mixer, refer to figure 1 , the fluid mixer co...
Embodiment 2
[0053] This embodiment provides a specific implementation of a combustion device, refer to image 3 , the combustion device comprises the fluid mixer described in Example 1, and
[0054] A combustion chamber communicated with the fluid mixer, the combustion chamber is provided with a burner and an igniter.
[0055] Specifically, the organic waste gas pipeline 501 and the combustion-supporting gas pipeline 502 are the same as the cavity of the fluid mixer. The organic waste gas and the combustion-supporting gas are first mixed by a mixing element, and then mixed with the air introduced in the air pipe 503 after passing through the mixing element. After mixing, it reaches the metal fiber surface burner 7, and the igniter 6 communicates with the igniter pipeline 504 to ignite and burn the mixed gas reaching the metal fiber surface burner 7.
[0056] This embodiment provides a specific implementation of the burner, and continues to refer to image 3 , the mixing element is arran...
Embodiment 3
[0069] In this example, the VOCs gas comes from the waste gas generated in the refined oil product storage area. When the treated VOCs gas comes from the exhaust gas generated in the refined oil product storage area, the waste gas has the following characteristics: continuous operation, large concentration change, and average oxygen content Below 3%, the flow fluctuates greatly.
[0070] Natural gas is used as the supporting gas when treating the waste gas generated in the refined oil product storage area.
[0071] The exhaust gas, air and auxiliary gas generated in the refined oil product storage area respectively enter the fluid mixer 100 through the pipeline, and enter the combustion chamber after being mixed by the mixing element 2 .
[0072] Structures such as pipelines for conveying auxiliary gas, VOCs gas, and air are equipped with flame arresters, monitoring instruments, flow control valves, safety isolation valves and other components to realize the isolation, safety,...
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