Examples of 'fractionator' in a sentence
Meaning of "fractionator"
fractionator: a device used in chemical engineering to separate different components of a liquid mixture based on their boiling points
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- A piece of chemical engineering or laboratory apparatus that is used to separate the components of a mixture by fractionation, especially by fractional distillation or by chromatography.
How to use "fractionator" in a sentence
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fractionator
Method for reducing foam in a primary fractionator.
A fractionator is not a measurement apparatus but a sorting device.
Conditions in the fractionator unit were as follows.
The oil then passes to a fractionator.
The fractionator bottoms are recycled to the feed if desired.
Place sieve on the fluff fractionator and cover.
Heat to the fractionator may be supplied by means of a reboiler.
Consider the addition of pyrolysis gasoline to a primary fractionator.
The fractionator bottoms may be recycled to the feedstock if desired.
This may optionally be recycled to the fractionator feed vessel.
The fractionator is on continuous.
The quench tower consists of a fractionator and the separator.
The fractionator separates cracked product into at least three streams.
The liquid is charged to a fractionator.
In this case the solids in the fractionator feed vessel are preferably unsuspended.
See also
A complex residuum from the distillation of catalytic reformer fractionator residue.
This stream was sent to the fractionator that previously had been run as a depentanizer.
A complex combination of hydrocarbons from the distillation of catalytic reformer fractionator residue.
Accumulation of gum in the primary fractionator would lead to a fouled tower.
The second residue fluid is fed to the upper portion of a fractionator tower.
The latter are passed to a fractionator after the catalyst fines have been recovered in a cyclone.
The product vapour is then directed to the main fractionator for separation.
The gas from the main fractionator overhead drum flows to a wet gas compressor.
The rich oil obtained in the sponge absorber is recycled to the main fractionator.
Liquids recovered from the base of the fractionator are returned to the contacting vessel.
The cracked vapors from the coke drum may be separated further in a fractionator.
As absorber fluid overhead liquid from the main fractionator or debutaniser bottoms liquid are used.
An additional embodiment of the invention includes passing a portion of the mixture to the fractionator.
The hot circulation loop may be a primary fractionator quench oil loop in an ethylene plant.
The upper column portion is used as the absorption section of the ethylene fractionator.
Advantageously said second reactor effluent is sent to a fractionator and the light olefins are recovered.
The cracked vapours from the coke drum may be separated further in a fractionator.
The fractionator bottoms are again mixed with a hydrogen stream and charged to the second stage.
Cracked product from the cyclones is conducted from the riser reactor to a fractionator.
The first fractionator removes the light components from the feed gas for subsequent liquefaction.
Prior quench techniques do not consider pressure differential between the coke drum and the fractionator.
The operating conditions and equipment for the fractionator are varied systematically during the characterisation experiment.
The contents of the tube were fractionated in an ISCO Density Gradient Fractionator.
Figure 2 is a simulation of the fractionator model based on valve positions.
Another embodiment involves use of a heat pump on the depentanizer/C6 fractionator.
The primary fractionator is experiencing severe fouling in a rectification section thereof ;.
The remaining cracked vapors are conducted to the coker fractionator vía line 5.
Figure 5 is a demonstration of the fractionator with the original and recovered values.
Figure 3 demonstrates the results from a plant test of the fractionator.
Wash oil is separated in the coker fractionator and returned to the coker vía line 20.
In a conventional separation section the reactor effluent is first separated in a so-called main fractionator.
The diesel material recovered from the fractionator has the properties shown below,.
Fractionator 18 defines a fractionation zone and provides for the separation of water and sulfone.
These fibre properties / fibre compositions are used as a reference in the subsequent characterisation of the fractionator.
Membrane separator 54 separates the fractionator bottoms into a paraffins rich stream and an aromatics rich stream.
