Mobile laboratory metered by pollution source emission monitoring instrument

Abstract

The invention provides a mobile laboratory metered by a pollution source emission monitoring instrument. The mobile laboratory comprises a vehicle. An up-lifted door, a gas sampling hole and an waste gas emission port are arranged on a side surface of a carriage, an upright cabinet, a detecting instrument of a flue gas emission continuous monitoring system, a display, a power source control device, an industrial computer and a UPS (uninterrupted power supply) are arranged in an flue gas detecting working area, a vehicle-mounted refrigerator, a second working table and illuminating lamps are arranged in a water quality detecting working area, an emergency eyewash device and a multi-parameter water quality monitoring device are arranged on the second working table, a water supply and drainage device and a glassware storage cabinet are arranged below the second working table, and a hygrothermograph and a ventilating device are arranged in the carriage. Since fundamental functions such as functions of a flue gas analyzing laboratory, functions of a water quality detecting and analyzing laboratory and the function of field working are integrated in the mobile vehicle, an field detection of a flue gas and water quality monitoring system and an field emergency detection for environmental air and water quality are realized, the requirement of a detecting process on portability is met, and the metering performance for the devices are guaranteed.

Description

【Technical Field】 [0001] The invention relates to a metrological verification vehicle for environmental protection and quality supervision, in particular to a measurement mobile laboratory for a pollution source emission monitoring instrument. 【Background technique】 [0002] In recent years, with the rapid economic development, the environmental problems caused by the combustion of industrial fuel coal, oil and natural gas, waste water from industrial production, and the discharge of domestic water have become more and more severe, and pollution source monitoring instruments have become atmospheric and Important equipment indispensable for water pollution monitoring. There are more and more types of pollution source monitoring instruments, and relevant departments have formulated relevant standards to regulate online monitoring instruments and their collected data in order to ensure the accuracy and reliability of monitoring data and traceability. [0003] At present, there are tw...

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Problems solved by technology

[0003] At present, there are two ways to verify pollution source monitoring instruments. One is to collect test samples and send them to the laboratory for verification. However, most of the existing flue gas and water quality testing and analysis laboratories rely on fixed buildings, which need to occupy a large space. , as well as all-round supporting facilities such as water and electricity, it is not mobile

The sampled test samples can only be sampled and transported to the laboratory for analysis, which requires a lot of space to store the samples, which is not only time-consuming and laborious, but also cannot guarantee that the samples will change during the transportation process, and the on-site test data cannot be obtained in the first time. Low efficiency and poor mobility bring great difficulty and inconvenience to scientific, efficient and accurate verification; the other is to carry the verification device to the scene for verification. At present, there is no verification device for on-site verification of the water quality monitoring system. It can only be sent to the laboratory for verification by sampling and testing, but the on-site verification device of the flue gas monitoring system has the following shortcomings: 1. There are many components and related accessories, and it is bulky and heavy; 2. It needs to be compared when used on site. Complicated assembly, fixation and debugging are time-consuming and labor-intensive; 3. The transportation process needs to be disassembled and loaded again, which is inconvenient to move, and it is often moved up and down, which is time-consuming, labor-intensive and may cause certain loss to the instrument; 4. In complex instrument testing sites, it is very difficult to obtain power supply; 5. The data detected by the verification device cannot be transmitted to relevant departments in real time, and the data cannot be transmitted accurately and timely to relevant regulatory departments

[0005] So far, there is no equipment that meets the above requirements at home and abroad. In view of this, the inventor has conducted in-depth research on the defects of the prior art and produced this case

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