When conducting on-site analysis, as a rule, highly skilled performers are not required, as simpler analysis tools are used. But the main advantage of such a study is that often the analysis in a stationary laboratory is impossible or meaningless, for example, in situations where the forms of existence of individual components are changeable.
Analysis of the air composition from the unmanned robot is carried out in fact in real time; this makes it possible to immediately begin to eliminate the sources or consequences of accidents, without waiting for the end of the study in the laboratory and obtaining the corresponding laboratory data.
Obviously, the role of the stationary laboratory for the analysis of air composition should decrease, and the importance of the use of UAVs should increase. It should be noted that advances in analytical instrumentation, analytical chemistry and related industries provide opportunities for analyzing air composition using a drone. Such aircraft are equipped with all the necessary equipment for conducting high-precision analysis of the air composition.
You can familiarize yourself with the catalog of professional UAVs here
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