A steam power plant is equipped with a condenser that removes 500 MW of heat from steam condensing at 30°C. The tubes of the heat exchanger have an internal diameter of 2 cm, and the overall heat transfer coefficient is 3500 W/m2 · °C. The cooling is provided by cooling water from a surrounding river, which enters the tubes at 18°C and leaves at 26°C. Determine the LMTD in °C. A steam power plant is equipped with a condenser that removes 500 MW of heat from steam condensing at 30°C. The tubes of theheat exchanger have an internal diameter of 2 cm, and the overall heat transfer coefficient is 3500 W/m² °C. The cooling isprovided by cooling water from a surrounding river, which enters the tubes at 18°C and leaves at 26°C. Determine the LMTD in °C.A 5.1B 7.3C) 8.46.2

Given:Heat removed from the condenser, Q=500 MWTemperature of condensing steam, Tc=30°COveraal heat…

Answered: steam power plant is equipped with a…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

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A steam power plant is equipped with a condenser that removes 500 MW of heat from steam condensing at 30°C. The tubes of the heat exchanger have an internal diameter of 2 cm, and the overall heat transfer coefficient is 3500 W/m² · °C. The cooling is provided by cooling water from a surrounding river, which enters the tubes at 18°C and leaves at 26°C. Determine the LMTD in °C.

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