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Heat Exchanger Engineering Techniques
By
Michael J. Nee
Michael J. Nee
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ISBN-10:
0791801675
No. of Pages:
350
Publisher:
ASME Press
Publication date:
2003

It is not uncommon for heat transfer engineers to be asked why a system is not performing, even when the equipment was not sized by their organization. Minimum data may be all that's available. This chapter will provide the engineer with ideas about what to look for when units do not perform.

A related question is, How does one know when a unit is not performing? In refineries, chemical plants, and power plants, underperformance is known by measuring output. In air-conditioning systems it is known when rooms become hot and uncomfortable and users ask why. In electronic systems, problems become known when equipment fails and immediate attention is required. In efforts to get a plant back onstream quickly, it should be understood that the best solution is often overlooked in favor of the expedient one.

19.1 Identifying the Problem
19.2 Obstruction or Lack of Obstruction to Flow
19.3 Undersized Screen Room Ductwork
19.4 Airflows in A/C and ECS Systems
19.5 Header Size of Lube Oil Air Cooler
19.6 Quench Oil Cooler Inlet Design
19.7 Plate-and-Frame Exchanger
19.8 Cumulative Pressure Drop
19.9 Chiller Plant
19.10 Refinery
19.11 Starving Fans
19.12 Flow Restrictions
19.13 Avoiding Bypassing: A Checklist for Inspectors
19.14 Baffles
19.15 Other Causes of Underperformance
19.16 Summary: Causes and Cost of Failures
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