The diagram illustrates the production of steam using a gas cooled nuclear reactor. Overall, the process was extremely implementation and they have different setup for doing this procedure.
In begin, a gas cooled nuclear reactor has two main parts which are the main reactor and heat exchanger. Likewise, in reactor was connected to the heat exchanger and the procedure was continuously going. Moreover, reactor was covered by concrete radiation shielding. Inside the concrete, there is a massive tube, its cover was made by a pressure vessel. Inside that thing, there are graphite moderators and uranium fuel elements included. Although, graphite moderators are connecting with boron control rods and that rod can manual work. Next, inside the heat exchanger they had spring tube.
Furthermore, When the hot gas came to the heat exchanger from the reactor with the upper connector. as well as, same time, water circulator can operate the pressure of the water and that hot gas was go inside the heat exchanger. Eventually, ater was convert to the steam and that steam was going to the turbo-alternator. Next the hot gas convert to the cool gas duct and that gas was again connect with reactor from lower connector. Inside the lower connector they had gas blower.
The diagram illustrates the production of steam using a
gas
cooled nuclear reactor.
Overall
, the process was
extremely
implementation and
they have
different
setup for doing this procedure.
In
begin
, a
gas
cooled nuclear reactor has two main parts which are the main reactor and
heat
exchanger.
Likewise
, in reactor
was connected
to the
heat
exchanger and the procedure was
continuously
going.
Moreover
, reactor
was covered
by concrete radiation shielding.
Inside
the concrete, there is a massive tube, its cover
was made
by a pressure vessel.
Inside
that thing, there are graphite moderators and uranium fuel elements included. Although, graphite moderators are connecting with boron control rods and that rod can manual work.
Next
,
inside
the
heat
exchanger they had spring tube.
Furthermore
, When the hot
gas
came to the
heat
exchanger from the reactor with the upper connector.
as
well as, same time, water
circulator
can operate the pressure of the water and that hot
gas
was go
inside
the
heat
exchanger.
Eventually
,
ater
was convert to the steam and that steam was going to the turbo-alternator.
Next
the hot
gas
convert to the cool
gas
duct and that
gas
was again connect with reactor from lower connector.
Inside
the lower connector they had
gas
blower.