A continuous on-line monitoring system for high-altitude flue gas emission

Abstract

The invention discloses a continuous on-line monitoring system for high-altitude flue gas discharge, which includes a purification box, and is characterized in that: a support box is fixed on the lower side of the purification box, friction lines are provided on the outer surface of the support box, and friction patterns are arranged on the outer periphery of the support box. There is a chimney, the lower end of the support box is provided with support claws, and a storage cavity is opened in the support box. The lower side of the storage cavity is equipped with a monitoring mechanism, which can absorb carbon dioxide and sulfur trioxide. The storage cavity is equipped with flowers that can slide up and down. There is a spraying mechanism on the outer periphery of the key sleeve and the spline sleeve, and a cooling and cleaning mechanism is installed in the purification box. The nozzle can prevent the channel from being closed during the period of time that does not need to be monitored or when only low-power cleaning is required. Only two hoses are connected to the outside world. By setting the detector, the absorbed cleaning power can be changed, so that the working power can be changed during the time period when the smoke and dust content is low, and energy consumption can be saved.

Description

technical field [0001] The invention relates to the technical field of flue gas monitoring, in particular to a continuous on-line monitoring system for high-altitude flue gas emission. Background technique [0002] Flue gas is a mixture of gas and soot, and soot includes fuel ash, coal particles, oil droplets, and pyrolysis products, etc. Therefore, the pollution of flue gas to the environment is the composite pollution of various poisons. [0003] Smoke is an important pollutant in environmental pollution, which brings serious harm to people's health. In order to strengthen the detection of smoke, it is necessary to detect the smoke in the exhaust gas. Existing smoke detectors usually only work in places with a fixed AC power supply. Due to site constraints, smoke detection cannot be performed anytime and anywhere. The practical range is small, and the existing environmental detection devices are still inconvenient for monitoring. The problem that the power cannot be chang...

AI Technical Summary

Problems solved by technology

Existing smoke detectors usually only work in places with a fixed AC power supply. Due to site constraints, smoke detection cannot be performed anytime and anywhere. The practical range is small, and the existing environmental detection devices are still inconvenient for monitoring. The problem that the power cannot be changed according to the detected concentration at any time, thereby increasing energy consumption, and it is not easy to carry out continuous online monitoring at high altitude

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