Environment protection monitoring system capable of acquiring waste gas data by using Internet

Abstract

The invention discloses an environment protection monitoring system capable of acquiring waste gas data by using the Internet. The environment protection monitoring system comprises a combustion device and a monitoring device, wherein a combustion controller is mounted in the combustion device and is connected with a waste gas detection sensor; the waste gas detection sensor is mounted at a smoke outlet or a smoke discharging passage of the combustion device; the combustion controller comprises a network communication module I and an encoding module; the monitoring device comprises a display, a data memory and a network communication module II; the combustion device is connected with the monitoring device through the network communication module I and the network communication module II; the monitoring device is connected with the combustion controller of the combustion device through a G / C wireless network or a wired wide-band network; the combustion controller acquires the waste gas data through the waste gas detection sensor, and analyzes and evaluates a combustion state and counts waste gas discharging data according to the waste gas data; combustion is adjusted or the combustion device or equipment is modified according to analysis of the waste gas data, to meet or exceed the national standard of environment-friendly waste gas discharging, so that air is more refreshing.

Description

technical field [0001] The invention and the waste gas data monitoring device are specifically an environmental monitoring system for collecting waste gas data through the Internet. Background technique [0002] 1. Individual enterprises have more combustion equipment, more factories, and far distribution distances. The headquarters cannot conduct unified real-time supervision. They can only be manually inspected one by one. The labor cost is high and supervision is difficult. 2. At present, air pollution in my country mainly comes from stationary combustion equipment (devices) and mobile combustion vehicles. Large-scale combustion equipment includes thermal power plants, steelmaking plants, thermal combustion heating equipment, cement plants, etc. The current detection methods are determined by various The manufacturer sends the product to the national designated testing agency to test whether it meets the pollution discharge requirements. If it is lower than the national st...

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Problems solved by technology

[0002] 1. Individual enterprises have more combustion equipment, more factories, and far distribution distances. The headquarters cannot conduct unified real-time supervision. It can only be manually inspected one by one. The labor cost is high and the supervision is difficult.

2. At present, air pollution in my country mainly comes from stationary combustion equipment (devices) and mobile combustion vehicles. Large-scale combustion equipment includes thermal power plants, steelmaking plants, thermal combustion heating equipment, cement plants, etc. The current detection methods are determined by various The manufacturer sends the product to the national designated testing agency to test whether it meets the pollution discharge requirements. If it is lower than the national standard, it is regarded as a qualified product. After the product is on the market, the national environmental protection agency will conduct a random inspection; Products submitted for inspection or new products generally meet the standards. After a period of use, the pollutant discharge exceeds the national standard. The qualified products inspected by the national environmental protection agency are not actually used. The national environmental protection agency has always been unable to obtain accurate emissions. Data and it is difficult to detect frequently through a large number of manpower

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