An industrial process design is carried out with a starting temperature of $25\backslash$deg C where $5000$ liters of water are used weekly.

Hydrochloric Acid with contraction of $37\%($m$/$m$)$ and this hydrochloric acid solution has a density of $1,184$ kg$/$L$.$ If he

The process is based on: reacting the hydrochloric acid solution with a $2$ M sodium hydroxide solution to produce

Sodium chloride, taking into account that the amount of $2$M sodium hydroxide solution is exactly what is necessary for

react all the hydrochloric acid, thanks to the innovative design of the reactor and its operating conditions, $100\%$ can be assumed

performance in the chemical reaction. After the two streams pass through the reactor and all the contents of the reactor react

reactor is taken to a drying process where the water is separated from the sodium chloride. Calculate the amount of water

evaporated released into the atmosphere in Kilograms per hour, its temperature at the outlet is $100$ degrees Celsius. Determine the

Kilograms of sodium chloride per hour. Calculate the heat of the water released given that the solutions used have

a low concentration is considered to have the specific heat equivalent to that of water $(4\mathrm{.}18$ J$/$g$.$C$).$

Note that the density of $1\mathrm{.}09$ g$/$mL is the density of the $2$M sodium hydroxide solution. The reaction produced

Inside the reactor is a neutralization reaction where the products are a neutral salt and water.

The correct answer is:

$209$ kg of water per hour released into the atmosphere and $21$ kg of sodium chloride per hour obtained I need the graph of the process as an energy balance problem.