Ünite 1: Analytical Separationmethods — Veri Tablosu

Analytical Separation Methods and Mixture Types

Concept	Category	Key Characteristic 1	Key Characteristic 2	Primary Use or Example
Separation Aim	General Principle	Isolates valuable substances	Aids analytical identification	Improves human life quality
Petroleum Industry	Industrial Application	Crude oil processing	Produces fuels and lubricants	Backbone of chemical engineering
Pharmaceutical Industry	Industrial Application	Isolates active drugs	Ensures safety and efficacy	Meets global health needs
Mining Industry	Industrial Application	Separates valuable metals	Removes worthless gangue	Processes raw mineral ores
Mixture Properties	Mixture Concept	No chemical bond formation	Retains individual properties	Separable by physical methods
Homogeneous Mixture	Mixture Type	Uniform composition visually	Small particle size	Solutions
Heterogeneous Mixture	Mixture Type	Non-uniform composition	Distinguishable components	Suspensions and emulsions
Suspension	Mixture Subtype	Solid particles in liquid	Particles do not dissolve	Settles over time
Emulsion	Mixture Subtype	Two distinct immiscible liquids	Do not mix permanently	Separates after shaking