A distiller is used for distillation.
Distillation is a thermal separation process for obtaining vaporizable liquids or separating solvents from substances that are difficult to vaporize and then collecting them by condensation. Compared to other separation processes, distillation has the advantage that, as a rule, no further substances such as adsorbents or solvents need to be added.
In distillation, the starting mixture is first brought to boiling point. The resulting vapor, which is composed of the various volatile components of the solution to be separated, is liquefied again in a condenser by cooling. On a laboratory scale, the Liebig condenser is often used. The liquid condensate is then collected.
Distiller
Description
A distiller is used for distillation.
Distillation is a thermal separation process for obtaining vaporizable liquids or separating solvents from substances that are difficult to vaporize and then collecting them by condensation. Compared to other separation processes, distillation has the advantage that, as a rule, no further substances such as adsorbents or solvents need to be added.
In distillation, the starting mixture is first brought to boiling point. The resulting vapor, which is composed of the various volatile components of the solution to be separated, is liquefied again in a condenser by cooling. On a laboratory scale, the Liebig condenser is often used. The liquid condensate is then collected.
A distiller is used for distillation. Distillation is a thermal separation process for obtaining vaporizable liquids or separating solvents from substances that are difficult to vaporize and then collecting them by condensation. Compared to other separation processes, distillation has the advantage that, as a rule, no…
A distiller is used for distillation. Distillation is a thermal separation process for obtaining vaporizable liquids or separating solvents from…