The provided diagram demonstrates the process of manufacturing power through a nuclear power plant.
In general, the procedure consists of 5 main stages, starting with water condensing and culminating in energy production. It’s worth noting that almost all pipes are controlled by pumps.
To start with, water from nearby sources like river and lake flows through a pipeline to reach a small tank. Inside the container, the water creates a freezing environment, where air coming from the upper turbine is liquefied, which then drips to the bottom of the tank. The remaining water is sent to a cooling tower. Afterward, the new liquid exits the tank and enters another one located inside the main production area.
In the next phase, a central machine, which includes control rods and fuel rods, creates hot water. During such step, heated water causes the cooler liquid inside the container to evaporate, forming steam. The high temperature liquid next travels through a square-like pipe in order to refrigerate itself before returning to the main machine. Meanwhile, the steam escapes the production zone through a pumpless pipe and goes back to the secondary area. Lastly, the pressure of the air triggers the turbine, which then activates a generator, making energy that is converted into usable power.
The provided diagram demonstrates the process of manufacturing power
through
a nuclear power plant.
In general
, the procedure consists of 5 main stages, starting with
water
condensing and culminating in energy production. It’s worth noting that almost all pipes
are controlled
by pumps.
To
start
with,
water
from nearby sources like river and lake flows
through
a pipeline to reach a
small
tank. Inside the container, the
water
creates a freezing environment, where air coming from the upper turbine
is liquefied
, which then drips to the bottom of the tank. The remaining
water
is
sent
to a cooling tower. Afterward, the new liquid exits the tank and enters another one located inside the main production area.
In the
next
phase, a central machine, which includes control rods and fuel rods, creates hot
water
. During such step, heated
water
causes the cooler liquid inside the container to evaporate, forming steam. The high temperature liquid
next
travels
through
a square-like pipe in order to refrigerate itself
before
returning to the main machine. Meanwhile, the steam escapes the production zone
through
a
pumpless
pipe and goes back to the secondary area.
Lastly
, the pressure of the air triggers the turbine, which then activates a generator, making energy that
is converted
into usable power.