Design engineers often face technical challenges when existing pumping station and piping systems rquuire modifications to meet increased water demands and changing system operating conditions. These challenges are to make sure that the newly modified piping system does not violate the design requirements of the existing system; to carefully design and integrate the new additions. The cooling water makeup system for the Ocean State Power (OSP) plant is one example. Due to the need for more reliable cooling twoer makeup water source and increased water demand, this poant added an in-line pond and the associated pump station to the original makeup water system. This paper describes hydraulic design and hydraulic transient analyses that were performed in 1996 to support the system modification effort.
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机译：当对现有的泵站和管道系统进行修改以满足不断增长的用水需求和不断变化的系统运行条件时，设计工程师通常会面临技术挑战。这些挑战是为了确保新修改的管道系统不违反现有系统的设计要求。仔细设计和集成新功能。 Ocean State Power（OSP）工厂的冷却水补充系统就是一个例子。由于需要更可靠的冷却剂补充水源，并且对水的需求增加，因此该Poant在原始补充水系统中增加了一个在线池塘和相关的泵站。本文介绍了1996年进行的水力设计和水力瞬态分析，以支持系统的改进工作。
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