User:IanVG/sandbox/Steam distribution system: Difference between revisions
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{{Userspace draft|source=ArticleWizard|date=July 2022}} |
{{Userspace draft|source=ArticleWizard|date=July 2022}} |
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A '''steam distribution system''' is a part of district utility network with components that carry steam from boilers to consumers for either direct or indirect consumption of steam to satisfy heating, industrial and climate control applications. |
A '''steam distribution system''' is a part of district utility network with components that carry steam from boilers to consumers for either direct or indirect consumption of steam to satisfy heating, industrial and climate control applications. Steam system can be found in systems providing heating to district level services, such as for cities and university campuses. Steam is also contained in independent systems such as naval air carriers and trains. |
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The fluid that travels in a steam network is in a two-phase state, with the constantly forming condensate removed via steam traps and drip legs. Because steam is carried more efficiently at higher pressures, proper engineering design and devices are required to prevent phenomena such as water hammer, cavitation, and thermal shockwaves. |
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== Components == |
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A steam distribution system consists of a network of pipelines, boilers, heat exchangers or outlets, steam traps, pumps that ideally comprise a closed loop. |
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== References == |
== References == |
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Revision as of 02:14, 26 July 2022
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A steam distribution system is a part of district utility network with components that carry steam from boilers to consumers for either direct or indirect consumption of steam to satisfy heating, industrial and climate control applications. Steam system can be found in systems providing heating to district level services, such as for cities and university campuses. Steam is also contained in independent systems such as naval air carriers and trains.
The fluid that travels in a steam network is in a two-phase state, with the constantly forming condensate removed via steam traps and drip legs. Because steam is carried more efficiently at higher pressures, proper engineering design and devices are required to prevent phenomena such as water hammer, cavitation, and thermal shockwaves.
Components
A steam distribution system consists of a network of pipelines, boilers, heat exchangers or outlets, steam traps, pumps that ideally comprise a closed loop.
References
External links