What could happen if a process technician does not understand fluid flow principles?
A) An opening of a new path
B) Closing of the original path
C) A decrease in backflow pressure that could damage the pump
D) An increase in backflow pressure that could damage the pump

Question

Quizplus · Accepted Answer

A) Incorrect. If a technician does not have a firm understanding about fluid flow principles, the process technician might not realize that one must open a new path (valve A) before closing off the original path (valve B). Failure to perform these steps in this order could cause an increase in backflow pressure that could damage or "deadhead" the pump.
B) Incorrect. If a technician does not have a firm understanding about fluid flow principles, the process technician might not realize that one must open a new path (valve A) before closing off the original path (valve B). Failure to perform these steps in this order could cause an increase in backflow pressure that could damage or "deadhead" the pump.
C) Correct. If a technician does not have a firm understanding about fluid flow principles, the process technician might not realize that one must open a new path (valve A) before closing off the original path (valve B). Failure to perform these steps in this order could cause an increase in backflow pressure that could damage or "deadhead" the pump.
D) Incorrect. If a technician does not have a firm understanding about fluid flow principles, the process technician might not realize that one must open a new path (valve A) before closing off the original path (valve B). Failure to perform these steps in this order could cause an increase in backflow pressure that could damage or "deadhead" the pump.

What Could Happen If a Process Technician Does Not Understand