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Butyl chloride is an important organic chemical commonly used in organic synthesis and chemical production. In the field of chemical engineering, we often need to distinguish different chemicals to determine their applicable scenarios and properties. 

Below, we will introduce how to use chemical methods to distinguish butyryl chloride. The molecular formula of butyryl chloride is C4H7ClO, which belongs to the aliphatic acyl chloride. 

It is an organic compound produced by a chemical reaction between n-butanol and chlorine gas. So, how do we use chemical methods to distinguish butyryl chloride? 

We can distinguish different acyl chloride compounds through infrared spectroscopy analysis. Butyl chloride and other acyl chloride compounds have different characteristic peaks in the infrared spectrum. By comparing the infrared spectra, it is easy to distinguish between butyryl chloride and other similar compounds. 

We can use a mass spectrometer for analysis. Butyl chloride has a specific molecular ion peak in a mass spectrometer, which can be compared with other compounds to determine its identity. In addition, nuclear magnetic resonance is another commonly used analytical method, which can determine the molecular structure and distinguish different compounds. After distinguishing butyryl chloride using the above methods, we can now discuss its application. Butyl chloride has important applications in organic synthesis and is often used as a raw material and intermediate in organic synthesis reactions. 

For example, in the field of pharmaceutical synthesis, butyryl chloride can be used to prepare intermediates for certain drugs. In addition, butyryl chloride is also commonly used in pesticide production as an important pesticide raw material, participating in the synthesis of various pesticides. 

In addition, in the production of certain polymers, butyryl chloride is also an important raw material that can be used to synthesize specific polymers. In summary, butyryl chloride is an important organic chemical with extensive applications in chemical production and organic synthesis. 

By using chemical methods, we can accurately distinguish butyryl chloride from other compounds and apply them accordingly based on their properties. I hope this article is helpful to you. Thank you for reading