API 510 Cooling Water Corrosion

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Author:
egf4201
ID:
311959
Filename:
API 510 Cooling Water Corrosion
Updated:
2015-11-23 17:19:34
Tags:
API 510 Cooling Water Corrosion
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API 510 Cooling Water Corrosion
Description:
API 510 Cooling Water Corrosion
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  1. Which of the following is not a factor in Cooling Water Corrosion?
    A) Fluid velocity
    B) Process pressure
    C) Process temp
    D) Oxygen content
    B) Process pressure
    (this multiple choice question has been scrambled)
  2. Which of the following is closely related to Cooling Water Corrosion?
    A) Fouling
    B) Erosion
    C) Impingement of flow
    D) Tube layout design
    A) Fouling
    (this multiple choice question has been scrambled)
  3. Scaling potential increases in fresh water systems above
    140°F
  4. Scaling potential increases in brackish or salt water systems above
    115°F
  5. In cooling water systems, corrosion rates can increase if fluid velocities are
    either too low or too high
  6. In cooling water systems, corrosion rates can increase if velocities
    decrease below 3 fps
  7. Cooling water corrosion can result in which of the following?
    A) General wall loss
    B) MIC
    C) Pitting
    D) Stress Corrosion Cracking
    E) All of the above
    E) All of the above
  8. Cooling water should normally be designed so that the
    cooling water flows on the tube-side of the exchanger

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