The provided diagram illustrates how water is filtered using specialized machinery.
The provided diagram illustrates how water is filtered using specialized machinery. NMDDg
The provided diagram illustrates how water is filtered using specialized machinery.
In general, the process, whose maximal performing temperature and pressure are 100 degrees Fahrenheit and 80 psi respectively, consists of 3 main phases, all of which involve the removal of various compounds.
First of all, unsanitary water flows into the first tank, in which water travels into a vertical cylinder surrounded by a transparent layer. During such step, solids are separated at the layer, purifying the liquid. Once the solids are eliminated, the liquid exits the container and goes to the next one.
In the consequential stage called GAC, the water moves to the bottom of the container, then ascends through a multi-layer pipe. During the upward movement, chlorine, organic chemicals, and suchlike substances are extracted. After this, the liquid leaves the container and is sent to the last one.
Similar to the first step, the water flux leads to a cylinder covered by a semi-clear layer inside a reservoir named CTO. While the liquid bypasses the layer, it is refined by discarding chemicals like chlorine, VOC, and TOC. Finally, the fully cleansed water departs the tank ready to be distributed.
The provided diagram illustrates how
water
is filtered
using specialized machinery.
In general
, the process, whose maximal performing temperature and pressure are
100 degrees Fahrenheit
and 80 psi
respectively
, consists of 3 main phases, all of which involve the removal of various compounds.
First of all
, unsanitary
water
flows into the
first
tank, in which
water
travels into a vertical cylinder surrounded by a transparent
layer
. During such step, solids
are separated
at the
layer
, purifying the liquid. Once the solids
are eliminated
, the liquid exits the container and goes to the
next
one.
In the consequential stage called GAC, the
water
moves
to the bottom of the container, then ascends through a multi-layer pipe. During the upward movement, chlorine, organic chemicals, and suchlike substances
are extracted
. After this, the liquid
leaves
the container and is
sent
to the last one.
Similar to the
first
step, the
water
flux leads to a cylinder covered by a semi-
clear
layer
inside a reservoir named CTO. While the liquid bypasses the
layer
, it
is refined
by discarding chemicals like chlorine, VOC, and
TOC
.
Finally
, the
fully
cleansed
water
departs the tank ready to
be distributed
.