Examples of 'air separation unit' in a sentence
Meaning of "air separation unit"
Air separation unit (ASU) is an industrial facility that separates atmospheric air into its primary components, typically nitrogen, oxygen, and sometimes argon and other trace gases
How to use "air separation unit" in a sentence
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air separation unit
Industrial plants frequently include an air separation unit.
An air separation unit comprises several types of heat exchanger.
Preferably a dedicated compressor is connected to the second air separation unit.
An air separation unit was commissioned.
Method and system for supplying an air separation unit by means of a gas turbine.
Air separation unit losses have been accounted for in the balance.
These power figures include the power consumption of an associated air separation unit.
A small air separation unit uses a glass thermometer to measure its temperature.
The exchanger may fulfil one of the roles described above in an air separation unit.
The air separation unit produces both pressurized nitrogen and pressurized oxygen.
The apparatus preferably further comprises in fluid series connection a cryogenic air separation unit.
The air separation unit may also comprise an argon column or a mixing column.
Note that the two gasifiers share a common air separation unit and compressor.
The air separation unit may be fed with air from the compressor of a gas turbine.
Process and system for controlling a cryogenic air separation unit during rapid changes in production.
See also
Process and apparatus for recovery and purification of argon from a cryogenic air separation unit.
Air separation unit for industrial gases at Strasbourg.
The work generated by this expansion turbine drives the air separation unit main air compressor.
An air separation unit operating by cryogenic distillation ;.
A distillation column based air separation unit comprising,.
An air separation unit is used for producing oxygen-containing gas.
In preferred embodiments, the air separation unit is completely avoided.
The set of pipes 1 is intended to equip a cryogenic air separation unit.
In some embodiments, the air separation unit may generate heat.
The air separation unit is designed to supply a stream 31 of pressurized gaseous oxygen.
A condensation and vaporization system for an air separation unit comprising,.
An air separation unit designed to deliver oxygen to the smelter and the converter ;.
Heat exchanger, in particular plate heat exchanger for an air separation unit.
The air sent to the air separation unit comes from the compressor ;.
Conventionally, it is possible to associate this gas turbine with an air separation unit.
As a variant, the air separation unit may separate the air by permeation or adsorption.
Typically, the oxygen is prepared by separating oxygen from air vÃa an air separation unit.
The air separation unit may also receive air from another independent compressor ( not shown ).
This stream constitutes the production 31 of the air separation unit sent to the customer.
Cryogenic air separation unit - Quality Supplier from China.
Furthermore, the improvement is accomplished without an energy penalty in the cryogenic air separation unit.
The second air separation unit produces an argon-enriched final product ;.
Figure 3 is an extension of Figure 1 when a double column air separation unit is used.
An air separation unit 1 comprises at least two cryogenic distillation columns ( not illustrated ).
A third air compressor 21 delivers air exclusively to the air separation unit.
A typical cryogenic air separation unit 10 is shown schematically in Figure 1.
And, preferably, also the outlet for nitrogen-rich air gas of the air separation unit.
The air separation unit ( ASU ) separates air into oxygen and nitrogen.
The waste dry gas is preferably nitrogen-rich gas 7 from the cryogenic air separation unit 17.
The installation of FIG . 1 also comprises an air separation unit denoted overall by the reference 16.
Compressor 120 may alternatively supply all or part of the air for the air separation unit.
Normally, it would require an Air Separation Unit ( ASU ) to serve as the oxygen source.
Thus, combustion air is replaced with oxygen from an air separation unit ( ASU ).
The second air separation unit produces oxygen 105 containing at least 98 mol.
This oxygen is produced by an air separation unit ( ASU ).
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