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This lab offers 1 interactive practical experiments: .

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NCERT School Labs

Separation of Miscible Liquids via Simple and Fractional Distillation

Q: Who can practice in the Separation of Miscible Liquids via Simple and Fractional Distillation?

This virtual lab is designed for NCERT School Labs students, educators, and self-paced learners preparing for board, diploma, and engineering coursework.

The Distillation & Fractional Separation Bench is a virtual laboratory workstation designed to teach the thermodynamic separation of miscible liquid mixtures and solutions. The simulator models phase equilibria, vapor pressure differentials, and thermal distillation dynamics.

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AI Topic: Applied Chemistry & Salt Analysis

Separation of Miscible Liquids via Simple and Fractional Distillation - Applied Chemistry & Salt Analysis

Chemical Engineering & Chemistry

1 Practicals

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Practical 01 Applied Chemistry & Salt Analysis

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Objective

Vapor-Liquid Separation Principles: To understand how differences in component volatility and vapor pressure enable thermal separation of homogeneous mixtures without chemical alteration[cite: 2].
Apparatus Selection Criteria: To determine whether to use simple distillation or fractional distillation based on the 25°C boiling point differential rule[cite: 2].
Fractionating Column & Reflux Mechanics: To evaluate how the increased surface area from glass beads inside a fractionating column enables repeated micro-condensation and re-evaporation cycles[cite: 2].
Counter-Current Condenser Dynamics: To verify that cooling water must circulate into the lowest port and discharge from the highest port to keep the jacket fully primed and eliminate air bubbles[cite: 2].
Thermographic Profile Analysis: To observe and record the characteristic temperature plateaus corresponding to the boiling points of distilling fractions[cite: 2].

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Separation of Miscible Liquids via Simple and Fractional Distillation

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