Examples of 'desorbent' in a sentence
Meaning of "desorbent"
desorbent (noun) - In chemistry or physics, a substance or material that facilitates the process of desorption, which is the release of adsorbed molecules from a surface
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- A substance that can enable desorption.
How to use "desorbent" in a sentence
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desorbent
Any type of desorbent can be used.
The desorbent material is also a selectively adsorbed component.
In a preferred embodiment the desorbent comprises acetic acid.
The desorbent in both cases was water.
Methanol is the most preferred desorbent in this process.
The separated desorbent is recycled to the adsorption column.
In technical terms the liquid flush is called the desorbent.
Selection of a suitable desorbent for a given process is critical.
The desorbent may be in the liquid or in the gaseous state.
The systems use less desorbent than batch chromatography.
This substance is referred to as desorbent.
Usually the desorbent material is diluted with isobutane.
The adsorbed compound is subsequently regenerated by means of a suitable desorbent.
The chosen desorbent is toluene.
This compression allows elution with a lower volume of desorbent.
See also
The desorbent would be metaxylene.
Ratio of the desorbent to.
Feed and desorbent were continuously pumped into the columns.
This reduces the need to recover the desorbent for recycling.
The desorbent was water.
Wherein the equations define the minimum rate of desorbent use for a given rate of feed.
The desorbent is preferably a gaseous material such as a hydrogen gas stream.
The third line led into a desorbent valve and a flush valve.
This is desorbent left from the previous step in the separation cycle.
This distance is again the volume of desorbent material pumped during this time interval.
Lower desorbent circulation means lower utility consumption per ton of product.
The flow rates of the feed and desorbent were controlled by two FPIC pumps.
The desorbent may also include dissolved moisture in relative trace amounts.
The set values for the flow rates for the desorbent FIG.
The desorbent was toluene.
The extract is a stream containing para-xylene and a desorbent.
The desorbent displaces the normal hydrocarbons and produces an extract stream.
When the solid is saturated, it is regenerated by circulating a desorbent at high temperature.
The aqueous desorbent feed is halted and a rinse water feed is started.
A process as claimed in any of claims 1 to 9 wherein the desorbent is toluene or indane.
The feed and the desorbent are thus injected on only one bed at a time.
It is applicable to separating para-diethylbenzene from a mixture of ethylbenzenes, which is a good desorbent.
A desorbent stream is then introduced into the first section of the desorption zone.
The process may involve wherein the desorbent comprises para-diethylbenzene.
The desorbent is likewise contacted with the solid adsorbent in the liquid phase.
When the solid is saturated, it is regenerated by passing through a desorbent at high temperature.
The desorbent is a heavy normal hydrocarbon relative to the normal hydrocarbons in the naphtha feedstream.
Many of the above patents use benzene, toluene or p-diethylbenzene as the desorbent.
The adsorbent requires less desorbent circulation per ton of product compared to prior art adsorbents.
The invention allows for many variations, and as such allows for alternate desorbent materials.
The desorbent more strongly bonds with the solids and replaces the product in the solids.
The process as defined in claim 5, wherein the desorbent is aqueous ammonium hydroxide.
The desorbent can be an ester, an alcohol or a ketone.
For this specific embodiment, the preferred desorbent is a mixture of normal butane and isobutane.
The desorbent can be a liquid phase or a supercritical, subcritical or gas phase.
