The diagram illustrates the process of generating energy through waste incineration.
Overall, this man-made operation consists of 5 main stages, all of which rely on the waste being engulfed in flame.
First of all, disused products are thrown into a pit of fire located inside a boiler. The waste acts as a stimulant, empowering the burning capability of the flame, which is essential to produce a massive amount of steam. After being destroyed by fire, the leftover waste declines by around 80% to 98% and can be reused to create newer substances like vitrified glass, recycled materials, and common acids.
As for the hot air, some of it flies to the steam drum that leads to turbines. Once the high-temperature gas arrives at the turbines, the energy generator is triggered and starts producing much-needed power. Meanwhile, the remaining steam, which is called exhaust, exits the boiler and flows into a filter through a transparent pipe. Subsequently, the exhaust travels to a scrubber, then to another filter before being fully recovered and stored for future usage. During such phase, ash is emitted and contributes to the solid matter.
The diagram illustrates the process of generating energy through
waste
incineration.
Overall
, this
man
-made operation consists of 5 main stages, all of which rely on the
waste
being engulfed
in flame.
First of all
, disused products
are thrown
into a pit of fire located inside a boiler. The
waste
acts as a stimulant, empowering the burning capability of the flame, which is essential to produce a massive amount of steam. After being
destroyed
by fire, the leftover
waste
declines by around 80% to 98% and can
be reused
to create newer substances like vitrified glass, recycled materials, and common acids.
As for the hot air,
some
of it flies to the steam drum that leads to turbines. Once the high-temperature gas arrives at the turbines, the energy generator
is triggered
and
starts
producing much-needed power. Meanwhile, the remaining steam, which
is called
exhaust, exits the boiler and flows into a filter through a transparent pipe.
Subsequently
, the exhaust travels to a scrubber, then to another filter
before
being
fully
recovered and stored for future usage. During such phase, ash
is emitted
and contributes to the solid matter.