Simple Distillation & Extraction PDF
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Faculty of Science
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Summary
This document provides an overview of separation techniques in organic chemistry, including simple distillation and extraction. It covers the principles, apparatus involved, and steps to follow for each technique. Diagrams illustrate the processes.
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Extraction technique: It is the method used for separation and purification of organic compounds by pulling out of a substance from one solvent (usually water) to another. Solvent extraction technique depends on the differential solubility of a substance between 2 immiscible liquids. Ap...
Extraction technique: It is the method used for separation and purification of organic compounds by pulling out of a substance from one solvent (usually water) to another. Solvent extraction technique depends on the differential solubility of a substance between 2 immiscible liquids. Apparatus used : Separatory funnel. Organic solvents are classified according to their density Requirements of solvent used in extraction: Immiscible with water. Inert (does not react with water or the substance being extracted). Dissolves the substance better than water. Volatile. Procedure https://youtu.be/6iB2U0RZLjc?si=Rtt8NFCnoqmtM72D Simple distillation: It is a process used for purification or separation of the components in a liquid mixture. The mixture is heated to evaporate the volatile liquid components, and the vapor is then condensed to a liquid. Principle of simple distillation: 1. separation of compounds based on the difference in the boiling points of two miscible liquids 2. the two liquids should boil without decomposition. Apparatus used: Simple distillation system. 1- Heat source (Hot plate) 2- Round bottomed flask 3- Still head / three- way adapter 4- Thermometer/Boiling point temperature 5- Condenser 6- water in 7- water out 8- Distillate/receiving flask 9- Vacuum/gas inlet 10- Still receiver https://youtu.be/0Zl5Oe543cg?si=nOp0Xticee4KoQpC