This. Short AnswerConsider the ammonia Rankine-cycle power plant. The plantwas designed to operate in a location where the oceanwater temperature is 25°C near the surface and 5°C at somegreater depth. The mass flow rate of the working fluid is1000 kg/s.a. Determine the turbine power output and the pump powerinput for the cycle.b. Determine the mass flow rate of water through each heatexchanger.c. What is the thermal efficiency of this power plant?1. Problem2. Given3. System Diagram4. T-S Diagram5. Collecting Data (Steam table)6. Conversion7. Solution

Givenworking fluid R-134 aInlet condition of turbine saturated vapour Inlet temperature to the…

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

Refrigeration and Air Conditioning Technology (MindTap Course List)

8th Edition

ISBN:9781305578296

Author:John Tomczyk, Eugene Silberstein, Bill Whitman, Bill Johnson

Publisher:John Tomczyk, Eugene Silberstein, Bill Whitman, Bill Johnson

Chapter22: Condensers

Section: Chapter Questions

Problem 8RQ: Four methods for controlling head pressure in an air-cooled condenser are ______, ______, _______,...

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Question

This.

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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