Linked from

The 22 pages that link to Fractional distillation, each with the reason it gives.

• DistillationBroader topic: A fractionating column creates many equilibrium stages in one apparatus.

• Petroleum refiningRelated: Atmospheric and vacuum distillation divide crude oil into fractions with different boiling ranges.

• Raoult's lawRelated: Raoult's law helps predict vapor compositions that drive separation in ideal mixtures.

• Coal tarRelated: Distillation separates coal tar into fractions with different boiling ranges.

• GasolineBroader topic: It separates light naphtha fractions that can become gasoline components.

• William RamsayRelated: Ramsay and Travers used it to separate rare gases from liquid air.

• PetroleumRelated: Refineries use it to separate crude oil into lighter and heavier fractions.

• Oil refineryRelated: Atmospheric and vacuum distillation divide crude oil into streams with different boiling ranges.

• AzeotropeCompared with: Repeated stages cannot cross an azeotropic composition at fixed pressure.

• Crude oilRelated: Refineries use it to separate crude oil into boiling-range fractions.

• Fluid catalytic crackingRelated: The cracked product vapor is separated into useful boiling-range fractions after reaction.

• Steam distillationCompared with: It separates miscible liquids by volatility differences, not immiscible compounds carried with steam.

• KeroseneRelated: Kerosene is recovered from the middle-boiling fractions of crude oil.

• RefluxNarrower topic: Reflux is central to achieving repeated fractionation in a column.

• Vacuum distillationRelated: It describes the staged separation often performed inside a vacuum column.

• Isotope separationRelated: Small isotope effects on vapor pressure enable enrichment, notably in cryogenic hydrogen distillation.

• NeonRelated: It separates neon from other gases recovered during air liquefaction.

• Harold UreyRelated: Concentrating heavy water helped make deuterium’s spectral signal detectable.

• Destructive distillationCompared with: It separates existing liquids, whereas destructive distillation first creates products through decomposition.

• Continuous distillationNarrower topic: Continuous distillation is a steady-flow operating mode for this broader separation method.

• 2-MethylpentaneRelated: It helps separate hydrocarbon fractions containing compounds such as isohexane.

• Mary the JewessRelated: The tribikos reflects early efforts to collect and separate distilled products.