TSTKS algorithm based rapid detection method for abnormal discharge of exhaust gas pollutant

Abstract

The invention relates to a TSTKS algorithm based rapid detection method for abnormal discharge of an exhaust gas pollutant. The method comprises the following steps that the type of exhaust gas whichneeds monitoring is selected according to the atmosphere discharge standard; monitoring data of the waste gas pollutant which needs monitoring is obtained, and a data receiving buffer area is established; and an intermediate search branch is introduced to a binary search tree via a TSTKS algorithm to establish a ternary tree search strategy based on discharge abnormity characteristic of the exhaust gas pollutant, and discharge abnormity of the exhaust gas pollutant is rapidly detected by ternary tree search and measurement. Thus, discharge abnormity of the exhaust gas pollutant can be detectedrapidly and efficiently, and the detection accuracy is ensured.

Description

technical field [0001] The invention relates to the technical field of waste gas pollutant discharge detection, in particular to a fast detection method for abnormal waste gas pollutant discharge based on a TSTKS algorithm. Background technique [0002] With the development of human society, garbage has become a social hazard. As an advanced waste treatment technology, waste incineration power generation fully embodies the principles of recycling, reduction and harmlessness of waste treatment, so it has been widely used at home and abroad. However, the secondary pollution caused by the discharge of toxic and harmful substances in the incineration flue gas has become an urgent problem to be solved. Due to the complex composition of waste, the secondary pollutants of waste incineration are mainly smoke, NO x , acid gases (HCl, HF and SO 2 ), CO, etc. The main manifestations of its hazards are: acid gases (HCl, HF and SO 2 ) is very harmful to the human body, can cause pla...

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Problems solved by technology

The main manifestations of its hazards are: acid gases (HCl, HF and SO 2 ) is very harmful to the human body, can cause plant necrosis, and at the same time cause high-temperature corrosion to the superheater of the waste heat boiler and low-temperature corrosion to the heating surface of the tail; NO x It is harmful to various tissues of the human body and animals, and when the concentration reaches a certain level, it will cause death of humans and animals and endanger the living environment of human beings; SO 2 The impact on the human body is the respiratory system, which can cause emphysema and even death in severe cases

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