Examples of 'regeneration gas' in a sentence
Meaning of "regeneration gas"
regeneration gas: This phrase likely refers to a type of gas or substance used in a process of regeneration, restoration, or renewal. It could be related to environmental, industrial, or medical applications where a gas is involved in revitalizing or rejuvenating something
How to use "regeneration gas" in a sentence
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regeneration gas
No recycle compressor is required for regeneration gas.
Continuous regeneration gas recycling loop.
Little consumption of regeneration gas.
The regeneration gas is preferably nitrogen.
Any suitable gas may be used as the regeneration gas.
Typically the regeneration gas is derived from air.
A supply duct is arranged for supplying a regeneration gas to the system.
The regeneration gas may be nitrogen or purified air.
Eventually the effluent will comprise components of the regeneration gas.
The flow of regeneration gas is divided.
A second stage consisting in a free regeneration performed in the presence of a fresh regeneration gas.
The regeneration gas flown through the filter is cooled.
The flow of ambient temperature regeneration gas continues for two hours.
Wet regeneration gas is cooled using air and condensed water is separated.
The phase of regenerating each adsorber comprises a step of heating the regeneration gas.
See also
A suitable regeneration gas is a flue gas from a combustion process.
A process according to anyone of the preceding claims wherein the regeneration gas is hydrogen.
The regeneration gas and cooling gas circuits may be independent of one another.
A side stream of dry gas exiting the duty vessel is used for regeneration gas.
Heating a polluted adsorber with a regeneration gas of increased pollutant content to produce a heated polluted adsorber.
In contrast to TSA one thus avoids having to heat the regeneration gas.
The regeneration gas heats the material of the packing and causes a desorption of water vapour.
After passing through the regeneration zone the hot regeneration gas presents a higher relative humidity.
Regeneration gas is passed into the chamber to heat and flow through the catalytic material.
According to an embodiment, the regeneration gas to be conveyed through the filter is heated.
The regeneration gas typically derives from the waste stream from the cryogenic distillation system.
According to an embodiment, the regeneration gas flown through the filter is cooled.
This regeneration gas is introduced in an amount sufficient for fluidizing the FCC catalyst.
The second process uses ambient air, as the fluid regeneration gas.
TSA processes require a regeneration gas stream to be heated to a temperature above ambient.
Alternatively, steam may be blended with air to form oxygen-lean regeneration gas.
The regeneration gas is essentially nitrogen or a gas stream containing oxygen ;.
Thus, the adsorbent bed will be subjected to regeneration gas flow at an homogeneous temperature.
Regeneration gas is directed back to the argon-oxygen rectification column.
The hydrogen content of the mixed regeneration gas during this step is typically about 1 percent.
The regeneration gas suitably is obtained from the downstream processing apparatus fed by outlet 21.
In contrast to TSA, it is unnecessary to heat the regeneration gas.
Of course, the regeneration gas may also circulate in an open circuit.
A process of Claim 33, wherein water is added to the regeneration gas.
In another example, the regeneration gas comprises a portion of the product gas.
Preferably, the oxygen comprises from 2 to 100 mole percent of the regeneration gas.
The oxygen-containing regeneration gas passes transversely through the bed.
Control valves, 30 and 31, are provided to control the flow and path of the regeneration gas.
In a first step, a regeneration gas comprising nitrogen and oxygen is introduced into the apparatus.
The process of Claim 8 wherein step the regeneration gas is a dry N2 rich gas.
For example, the regeneration gas may comprise a waste gas from a cryogenic distillation process.
A process of Claim 32, wherein the regeneration gas contains an inert gas.
Regeneration gas e.g. from the drain tank may replace the fluid in the first adsorber.
A stream 72 of spent regeneration gas is then typically vented.
Regeneration gas was passed through the sixth adsorber ( 6 ).
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