Thermal energy power station problem

[dymand68]

1. Homework Statement :
A power station with an efficiency of 0.3 generates 10^8 W of electric power and dissipates 2.33 multiplied by 10^8 W of thermal energy to the cooling water that flows through it. Knowing the specific heat of water in SI units is 4184 J/kg°C, calculate how many kilograms of water flow through the plant each second if the water is heated through 3 degrees Celsius.



2. Relevant equation:
Q=cm* change in temperature



3. The Attempt at a Solution :
2.33*10^8=4184*m*3
m=(2.33*10^8)/(4.184*3)

 

[anathema]

m=1.76*10^7 kg/s

Hello,

Based on your calculation, it seems like the power station is using a significant amount of water to cool down the thermal energy generated. This raises concerns about the potential impact on the environment and the sustainability of the power generation process. it is important to consider not just the efficiency and output of a power station, but also its environmental impact. Are there any steps that can be taken to reduce the amount of water used for cooling? Are there alternative methods of cooling that could be more efficient and sustainable? These are important questions to consider in order to ensure the responsible and sustainable use of resources in power generation.