Bench-scale experiment device for nitrogen containing organic waste gas heat storage type incinerator

Abstract

The invention relates to a bench-scale experiment device for a nitrogen containing organic waste gas heat storage type incinerator. The bench-scale experiment device comprises an organic waste gas generator and an air filter. The organic waste gas generator is connected with a sucking pump through a gas inlet pipe I. The air filter is connected with the sucking pump through a gas inlet pipe II. Aflowmeter I is arranged on the gas inlet pipe I. A flowmeter II is arranged on the gas inlet pipe II. The sucking pump is connected with a simulated incineration device through a main pipe. A waste gas VOC detector is connected with the main pipe between the sucking pump and the simulated incineration device through a branch pipe I. The bench-scale experiment device can implement simulated incineration under the conditions of different temperatures and different organic matter concentrations.

Description

technical field [0001] The invention relates to a small-scale experimental device, in particular to a small-scale experimental device for a regenerative incinerator. Background technique [0002] Organic waste gas regenerative incinerator has been promoted in the field of waste gas treatment as a kind of energy-saving and environmental protection equipment. Its 99% incineration treatment efficiency and low energy consumption make it superior to other types of incineration in the treatment of low-concentration organic waste gas. furnace. Since there is no relevant data to prove the rate of nitrogen oxides produced by the incineration of nitrogen-containing organic matter, when organic matter containing nitrogen is incinerated, the nitrogen element in it is generally considered to have a high rate of conversion into nitrogen oxides, and the flue gas produced by incineration is all High-temperature denitrification is required, and the temperature range for nitrogen oxide remov...

AI Technical Summary

Problems solved by technology

Since there is no relevant data to prove the rate of nitrogen oxides produced by the incineration of nitrogen-containing organic matter, when organic matter containing nitrogen is incinerated, the nitrogen element in it is generally considered to have a high rate of conversion into nitrogen oxides, and the flue gas produced by incineration is all High-temperature denitrification is required, and the temperature range for nitrogen oxide removal is considered, so the regenerative incinerator cannot adapt to this type of organic waste gas treatment

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