Chromatography is a fairly effective method of analysis and separation of complex substances, which is constantly being improved and developed.
The invention of the chromatograph can be safely attributed to the most important discoveries of the last century. Over the years, the device has been improved several times, changing its way of working and design. Only the main principle of its operation remained unchanged – the device divides the mixture into separate substances, and then determines their belonging.
As a rule, chromatographs are used for laboratory research. Thanks to the accurate analysis of the substance, experts were able to create the necessary components and alloys for the defense industry, rocket science and other sectors of the economy. For non-specialists, methods for determining the composition of the substance using a chromatograph are unlikely to be needed. But in order to obtain reliable data in the laboratory you will need a reliable and high-quality device that works without interruption and with quality assurance.
For example, you need to purchase equipment to control the content of harmful substances in the work area, during the certification of workplaces or industrial emissions. To do this, usually use different models of gas analyzers. But their use is often illegal, so limited and not always available. Not having accurate information about the composition of pollution, the gas analyzer has to be used blindly, so the errors of research are very significant. To obtain an accurate and detailed picture of air pollution, gas chromatography should be used.