The given diagram demonstrates the way in which mineral water is made from filthy water.
Overall, contaminated water undergoes five main stages to become drinking water, starting with the liquid evaporation, and culminating in the layer separation.
In the first step of producing mineral water, the water used as a material is boiled to create steam, which then travels to a plant container. Inside the chamber, the hot air is combined with plant-based ingredient before moving to a condenser. Following this, the gas is cooled down, which turns the steam into its liquid form by emitting warm water and absorbing cold one.
Afterward, mixture droplets fall through different filters, dividing the concoction into three distinct layers, which are oil, water, and other compounds. The remaining steam that fails to become liquid escapes the factory through a steam vent. Meanwhile, the water trapped between oil and other substances flows through a pipe that leads outside the manufacturing area, then becomes drinkable water ready to be distributed. To control the volume of the layers, a valve is equipped beneath the tube.
The
given
diagram demonstrates the way in which mineral
water
is made
from filthy water.
Overall
, contaminated
water
undergoes five main stages to become drinking
water
, starting with the liquid evaporation, and culminating in the layer separation.
In the
first
step of producing mineral
water
, the
water
used
as a material
is boiled
to create steam, which then travels to a plant container. Inside the chamber, the hot air
is combined
with plant-based ingredient
before
moving to a condenser. Following this, the gas
is cooled
down, which turns the steam into its liquid form by emitting warm
water
and absorbing
cold
one.
Afterward, mixture droplets fall through
different
filters, dividing the concoction into three distinct layers, which are oil,
water
, and other compounds. The remaining steam that fails to become liquid escapes the factory through a steam vent. Meanwhile, the
water
trapped between oil and other substances flows through a pipe that leads outside the manufacturing area, then becomes drinkable
water
ready to
be distributed
. To control the volume of the layers, a valve
is equipped
beneath the tube.