This process, known as liquid-liquid extraction, is an important technique in synthetic chemistry.

For some examples of this effect, see liquid-liquid extraction.

Liquid-liquid extraction is a convenient method to separate an organic compound from a mixture.

The final purification is done pyrochemically followed by liquid-liquid extraction techniques.

A neutral compound will not form a salt and remains in the organic layer throughout the liquid-liquid extraction process.

It is an example of liquid-liquid extraction.

The second method can be planned as continuous liquid-liquid extraction and is therefore more suitable for industrial scale production.

Liquid-liquid extraction of water samples for analysis of trace organic contaminants.

It is further refined through aqueous-solvent liquid-liquid extraction.

Success of liquid-liquid extraction is measured through separation factors and decontamination factors.

Modern methods of production include liquid-liquid extraction using common solvents like hexane or ethanol.

Concentration steps include liquid–liquid extraction and solidphase extraction.

Liquid-liquid extraction: Use dilute inorganic base to extract the acid from the mixture.

Ion selective electrodes and separation techniques involving liquid-liquid extraction will also be introduced.

Liquid-liquid extraction as a chemical separation method.

The basic principle combines adsorption, chromatography and liquid-liquid extraction.

This also prevents an additional phase separation step, which would be necessary after the emulsification occurring in liquid-liquid extraction.

This approach avoids the liquid-liquid separation step required in conventional liquid-liquid extraction.

It is based on liquid-liquid extraction ion-exchange.

Liquid chromatography and liquid-liquid extraction can be used to separate the components that make up a humic substance.

Some common applications of plate columns are distillation, gas-liquid absorption and liquid-liquid extraction.

Also, the impregnation step decreases the solvent loss into the aqueous phase compared to liquid-liquid extraction.

This partitioning process is similar to that which occurs during a liquid-liquid extraction but is continuous, not step-wise.

Liquid-liquid extraction processes with a wide variety of solvents were developed and are still used for the production of hafnium.

This is a liquid-liquid extraction process which uses methyl isobutyl ketone as the extractant.