Intelligent coal saving, emission reduction and synergy integrated system for gas producer

Abstract

The invention provides an intelligent coal saving, emission reduction and synergy integrated system for a gas producer. The system comprises a central control system, a monitoring system, a carrier importing system, a steam-gas mixing system, an activation system, an effect release system, a temperature compensation system, a condensate recovery system, a full-automatic deploying system, a quantum running water modification system, a tail end treating system and a combustion furnace. Water is subjected to EQT quantum running water modification treatment, gasification agent steam is treated, and the purposes of energy saving and emission reduction of fuel are achieved; through homopolar resonance, the residual carbon amount of slag and the content of volatile phenol in heating coal gas condensate are reduced; the fuel is fully combusted through a methanation reaction and a water gas reaction, and the purpose of energy saving is achieved; system running data are acquired with a sensing technology, then the system data are subjected to big data analysis, and running of the system is regulated and controlled intelligently according to analysis results. The treatment system has the advantages of being obviousin efficiency, energy saving and emission reduction effect and intelligent.

Description

technical field [0001] The invention belongs to the field of fuel processing equipment, and in particular relates to an intelligent coal-saving, emission-reducing and efficiency-increasing coal gasifier that collects data based on sensing technology, adopts a central server to connect to the Internet, uses big data analysis, and intelligently controls and adjusts gas furnace efficiency and emission reduction. integrated system. Background technique [0002] Pollution reduction is a hard task determined by our country. During the "Eleventh Five-Year Plan" period, my country strictly controlled the emission of sulfur, and the emission of sulfur dioxide decreased, while the emission of nitrogen oxides increased, which exacerbated the worsening trend of regional compound acid rain. With the increasing pollution of nitrogen oxide emissions, my country has stepped up efforts to control nitrogen oxide emissions. During the "Twelfth Five-Year Plan" period, in addition to energy co...

AI Technical Summary

Problems solved by technology

Under the action of oxidants and light, sulfur dioxide will generate sulfate aerosols that cause disease and even increase patient mortality. According to relevant research, when the annual concentration of sulfate is about 10 μg / m3, every 10% reduction It can reduce the death rate by 0.5%; the harm of sulfur dioxide to plants: studies have shown that under the influence of high concentrations of sulfur dioxide, plants have acute damage, and necrotic spots appear on the surface of leaves, or directly cause plant leaves to wither and fall off; under the influence of low concentrations of sulfur dioxide Under the influence, the growth function of the plant is affected, resulting in a decrease in yield and deterioration of quality

Gas users such as automobiles, boilers, and kilns switch to gaseous fuels such as petroleum gas and natural gas. Although the emissions of hydrocarbons and carbon monoxide can be reduced, the emissions of nitrogen oxides have increased.

[0010] In addition, with the gradual increase in environmental protection requirements, gas combustion auxiliary equipment is becoming more and more complex, and the demand for technology is also increasing, resulting in the problem of over-reliance on professional technicians

The lack of professional technicians to monitor, adjust and maintain auxiliary equipment also hinders the promotion of gas combustion auxiliary equipment

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