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Consider the ammonia Rankine-cycle power plant. The plant was designed to operate in a location where the ocean water temperature is 25°C near the surface and 5°C at some greater depth. The mass flow rate of the working fluid is 1000 ka/s

Consider the ammonia Rankine-cycle power plant. The plant was designed to operate in a location where the ocean water temperature is 25°C near the surface and 5°C at some greater depth. The mass flow rate of the working fluid is 1000 ka/s

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Short Answer Consider the ammonia Rankine-cycle power plant. The plant was designed to operate in a location where the ocean water temperature is 25°C near the surface and 5°C at some greater depth. The mass flow rate of the working fluid is 1000 kg/s. a. Determine the turbine power output and the pump power input for the cycle. b. Determine the mass flow rate of water through each heat exchanger. c. What is the thermal efficiency of this power plant? 1. Problem 2. Given 3. System Diagram 4. T-S Diagram 5. Collecting Data (Steam table) 6. Conversion 7. Solution
Transcribed Image Text:Short Answer Consider the ammonia Rankine-cycle power plant. The plant was designed to operate in a location where the ocean water temperature is 25°C near the surface and 5°C at some greater depth. The mass flow rate of the working fluid is 1000 kg/s. a. Determine the turbine power output and the pump power input for the cycle. b. Determine the mass flow rate of water through each heat exchanger. c. What is the thermal efficiency of this power plant? 1. Problem 2. Given 3. System Diagram 4. T-S Diagram 5. Collecting Data (Steam table) 6. Conversion 7. Solution
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