System for processing fossil fuel combustion waste gas by biology method

Abstract

The invention relates to a system for processing fossil fuel combustion waste gas by a biology method, mainly consisting of an intake end waste gas detector (1), a cooler (2), an ultrasonic atomization device (3), a hybrid reactor (4), an air discharge end waste gas detector (5), a system power source and a CPU control centre. The system is characterized in that a pipeline is sequentially communicated to the intake end waste gas detector (1), the cooler (2), the hybrid reactor (4) and the air discharge end waste gas detector (5); a discharge hole pipe of the ultrasonic atomization device (3) is communicated to the intake end of the hybrid reactor (4); and a waste gas temperature sensor (6) is arranged at the air outlet end of the cooler (2). The system power source provides electricity support for components and receives control from the CPU control centre which receives and analyzes data from a detection device and a sensor of the components; besides, an operating instruction is issued to an executing mechanism of the component, thereby achieving the purpose of design.

Description

technical field [0001] The invention relates to a system for treating fossil fuel combustion waste gas, especially a system for treating fossil fuel combustion waste gas by using biological methods. Background technique [0002] With the development of science and technology, fossil fuels are used more and more widely, but there are a large number of hydrocarbons (such as benzo(a)pyrene, CH, etc.), carbon oxides, nitrogen oxides, Sulfide, TVOC, H2S, and trace amounts of aldehydes, phenols and other harmful components, the current treatment technologies for fossil fuel combustion exhaust gas have certain defects, some of which are not completely treated, the effect is not good, and some of the exhaust gas will be produced after treatment. Harmful by-products and secondary pollution cannot meet the requirements of socialized mass production for energy conservation and emission reduction. [0003] In order to solve the above problems, we have developed the "Technology for Trea...

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Problems solved by technology

[0002] With the development of science and technology, fossil fuels are used more and more widely, but there are a large number of hydrocarbons (such as benzo(a)pyrene, CH, etc.), carbon oxides, nitrogen oxides, Sulfide, TVOC, H2S, and trace amounts of aldehydes, phenols and other harmful components, the current treatment technologies for fossil fuel combustion exhaust gas have certain defects, some of which are not completely treated, the effect is not good, and some of the exhaust gas will be produced after treatment. Harmful by-products and secondary pollution cannot meet the requirements of socialized mass production for energy saving and emission reduction

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