The diagram illustrates the process of recycling domestic trash to for produceing electricity. Overall, it can be clearly seen that this man- made process includes eleven steps, commencing with collecting the household waste and finishing with using clean steam to drive the turbine generator so as to provide electricity.
Firstly, the domestic waste which is used for the process, which is delivered by the truck to the storage bunker. Next, this litter is picked up and dropped into the furnace where it is burnt, producing to create ash, flue gases and steam. The ash, which is no longer required is removed continued to be taken by the conveyor belt and then transported formed to the landfill by truck.
Meanwhile, the flue gases are passed go through a the filtration systemcourse to remove mercury, dioxin and acid gas. After that, there is the water vapour and cleaned flue gases are, which both discharged into the atmosphere. Finally, the steam is further superheated, which allows the vigorous steam movement to drive the turbine generators. As the turbines are spinning, they produce energy which ignites the generator to produce electricity for public use.
The diagram illustrates the process of recycling domestic trash to for
produceing
electricity.
Overall
, it can be
clearly
seen
that this
man
- made process includes eleven steps, commencing with collecting the household waste and finishing with using clean steam to drive the turbine generator
so as to
provide electricity.
Firstly
, the domestic waste which is
used
for the process, which
is delivered
by the truck to the storage bunker.
Next
, this litter
is picked
up and dropped into the furnace where it
is burnt
, producing to create ash, flue gases and steam. The ash, which is no longer required
is removed
continued to
be taken
by the conveyor belt and then transported formed to the landfill by truck.
Meanwhile, the flue gases
are passed
go through
a the
filtration
systemcourse
to remove mercury, dioxin and acid gas. After that, there is the water
vapour
and cleaned flue gases are, which both discharged into the atmosphere.
Finally
, the steam is
further
superheated
, which
allows
the vigorous steam movement to drive the turbine generators. As the turbines are spinning, they produce energy which ignites the generator to produce electricity for public
use
.