Term project $241$

As a mechanical engineer, you have been asked to design a cooling tower to remove heat from the condenser of a steam power plant under the following conditions:

$($a$)$ Fossil$-$fueled vapor power plant.

For the condenser:

The cooling water enters the condenser at $33C$

The mass flow rate of the cooling water is $60k\frac{g}{s}$

The heat needs to be removed form the condenser at rate of $1\mathrm{.}76$ MW

For the cooling tower:

Air enters the cooling tower at a temperature of $22C$ and $\frac{O}{?}=55\%$

Air leaves the cooling tower at a temperature of $30C$ and $\frac{O}{?}=95\%$

Task#$1$: Determine the mass flow rate of air entering the cooling tower, in $k\frac{g}{s}.$

Task#$2$: Determine the required makeup water, in $k\frac{g}{s}.$

Task# $3$: Vary the relative humidity for the air entering the cooling tower from $30\%$ to $90\%$ and plot the mass flow rate of air vs the relative humidity for the air entering the cooling tower.Assume water condenser $20$degree and also write the code for the program