Linked from

The 40 pages that link to Liquid–liquid extraction, each with the reason it gives.

• LanthanideRelated: Repeated extraction stages exploit small differences among lanthanide ions to separate them.

• Partition coefficientRelated: Extraction uses unequal partitioning to move a target compound into a chosen solvent.

• Coconut oilRelated: Commercial coconut oil can be extracted from copra using solvents such as hexane.

• Copper extractionRelated: It selectively moves copper from leach solution into an organic phase.

• Diethyl etherRelated: Ether's immiscibility with water and solubility for organic compounds make it useful for extraction.

• ChloroformRelated: Chloroform has served as an organic phase for extracting compounds from aqueous mixtures.

• SoluteRelated: It separates a solute by exploiting its differing affinity for two solvents.

• Steam distillationRelated: After condensation, the immiscible layers can be separated by extraction techniques.

• Vegetable oilRelated: Industrial oilseed processing often uses it to recover residual oil.

• Soybean oilRelated: Hexane extraction recovers oil remaining in soybean flakes after pressing.

• Canola oilRelated: Large-scale canola processing often uses solvent to recover oil left after pressing.

• Rare-earth separationRelated: Industrial plants exploit slight differences in how rare-earth ions partition between aqueous and organic phases.

• TerbiumRelated: Repeated solvent-extraction steps separate terbium from chemically similar rare earths.

• ErbiumRelated: Industrially, repeated solvent-extraction steps separate erbium from chemically similar lanthanides.

• DysprosiumRelated: Industrial producers use repeated extraction stages to separate dysprosium from chemically similar lanthanides.

• MiscibilityRelated: Immiscible solvents create the separate phases needed to extract a target compound.

• Sunflower oilRelated: Industrial sunflower-oil production can use solvents to recover oil from seed material.

• ImmiscibilityRelated: The distinct phases make selective transfer and subsequent separation possible.

• Palm kernel oilRelated: Oil processors can use solvents to recover residual oil from pressed kernel material.

• DichloromethaneRelated: Dichloromethane often forms the organic phase used to extract compounds from water.

• Peanut oilRelated: Commercial peanut oil may be recovered from pressed material with solvent.

• Rapeseed oilRelated: Processors use it to recover residual oil from rapeseed press cake.

• SamariumRelated: Chemically similar lanthanides such as samarium are commonly separated using this technique.

• Separation processRelated: It uses differing solubilities to partition components between liquids.

• DimethylformamideRelated: DMF’s solvent power makes it useful in selected extraction and purification processes.

• Carbon disulfideRelated: CS₂ dissolves nonpolar materials and has been used to extract oils and other compounds.

• 1-PentanolRelated: Its limited water miscibility allows 1-pentanol to serve in some two-phase extraction systems.

• Richard Laurence Millington SyngeRelated: Repeated partitioning in chromatography extends the same unequal-distribution principle along a column.

• 1-OctanolRelated: 1-Octanol can act as an organic phase for extracting compounds from aqueous mixtures.

• Binary fluidRelated: It uses composition-dependent partitioning between two liquid components or phases.