Examples of 'superheater' in a sentence
Meaning of "superheater"
Superheater: a device that is used to heat steam above its saturation temperature. This term is commonly used in engineering and steam generation contexts
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- A component of a boiler system that heats the steam above its saturation temperature to prevent it condensing, and in the case of a steam engine to improve its efficiency.
How to use "superheater" in a sentence
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superheater
The areas known as superheater and reheater.
Steam is heated to a predetermined temperature in a steam superheater.
The spacing between superheater panels has increased.
The engines still lacked a superheater.
In the superheater the steam is heated by the provision of heat.
Modelling fouling of steamboiler superheater area with boilersimulator.
The steam supply arrangement also included a superheater.
The superheater and the steam engine were entirely independent designs.
The dried steam is extracted to a superheater for instance.
The superheater arrangement was extremely complicated and did not prove to be a success.
Such a heat exchanger is generally known as a steam superheater.
Drainable superheater desinged.
Therefore it is needed to provide additional superheater and reheater.
This kept the superheater elements cool and the cylinders warm.
Method for reducing corrosion of a superheater.
See also
Superheater and reheater tube arrangement for heat recovery steam generator.
There was no steam superheater.
The solar receiver includes a superheater section having a plurality of superheater panel arrangements.
During this time it was fitted with a three row superheater.
The renewal of the primary superheater and the maintenance of the power plant.
An advantage is that said side walls may be employed as a superheater.
These probes were thereafter located in the superheater section in one of the waste incinerators.
Heat has been added in the evaporator and the superheater.
Longitudinal superheater tubes were placed in the central space between the steam generating tubes.
Attemperators are provided for both the superheater and reheater.
The introduction of the superheater further increased efficiency and made it much easier to maintain.
Method for preventing chlorine deposition on the superheater of a boiler.
Desuperheaters may be positioned between the superheater stages for steam temperature control if necessary.
The two subclasses only differed in respect of their types of superheater.
Fossil fuel power stations often have a superheater section in the steam generating furnace.
Chloride also tend to increase the corrosion rate of superheater tubes.
The first superheater and the final reheater could then be located in separate cavities.
The operation can be augmented by the further addition of a steam superheater.
Increased flue gas heat can cause corrosion problems to superheater alloys and increase steam temperatures.
Heat recovery in the system may be performed using a steam superheater.
The live steam that leaves the last superheater SH is abbreviated with the letters IS.
The thermal efficiency of a thermal power plant depends on the performance of the superheater.
Steam boilers employ the device by installing it within a superheater and measuring steam temperatures.
The alkaline chloride compounds can cause corrosion at the high temperatures prevailing in the superheater.
Conventional package boilers have relatively small superheater and boiler bank flow areas.
Superheater bundle for a horizontal steam separator-superheater.
The effect of the local thinning to the remaining life of the superheater tube.
Figure 6 shows a conventional superheater tube arrangement in a side view.
Note that the radiation elements are arranged at a distance from the superheater tubes.
If superheated, the superheater elements were hung from this drum.
The second part focuses on the flow field and heat transfer in the superheater region.
In addition, only the superheater can be placed in an upper portion of a tower.
Figure 7a is a schematic elevational view of sections of superheater tubing.
Finally, an economizer, vaporizer and superheater together produce superheated steam.
The quench may be located upstream or downstream the superheater 9.
