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Which sea friend knows what ethanol hydrochloride is? (Physical and chemical properties, hazardous characteristics, emergency measures, etc.)
The physicochemical properties are not yet well understood. The preparation method is likely similar to those I have used before; it does not involve ethanol. In this case, ethanol is placed in a flask, and a hydrochloric acid gas generator is used (sodium chloride and concentrated sulfuric acid are put into the flask, and hydrochloric acid is added gradually to produce HCl gas), with the resulting hydrochloric acid gas being introduced into the ethanol solution.
A mixture obtained by absorbing hydrogen chloride gas with ethanol. For example, the absorption of exhaust gases from phosphorus trichloride production, and the absorption of exhaust gases from chloroacetic acid production. This mixture is generally used in the production of esters. For example, triethyl phosphate, ethyl chloroacetate, ethyl cyanoacetate, etc.– their hazardous properties and emergency measures can be found by referring to the MSDS sheets for hydrochloric acid and ethanol.
It is an ethanol solution of hydrogen chloride produced by absorbing the generated hydrogen chloride after drying and dehydrating it under low temperature conditions using ethanol. The concentration is generally between 20% and 30%. Safety measures should take into account the corrosivity, volatility, and irritancy of hydrogen chloride, as well as the flammability of ethanol.