Given is a diagram illustrating the use of geothermal energy in electricity production.
It is evident from the information supplied that the process contains five stages, beginning with cold water usage and ending with producing electricity.
As shown by the figure, firstly, the cold water is pumped down to 4. 5km depth into the injection well. In the second stage, the water is transferred to the geothermal zone, where have manifold hot rocks. After being passed through hot rocks, the water is sent to the production well, before pumping up to the surface of the ground.
Once the water has been pumped up, it can be sent to the condenser, where it is transformed into steam. This steam is used for the power of the turbine and rotates it. It is clear that the power of the turbine leads the generator to produce the electricity. Finally, the electricity is sent to the cities’ grid for consumption.
Given
is a diagram illustrating the
use
of geothermal energy in electricity production.
It is evident from the information supplied that the process contains five stages, beginning with
cold
water
usage and ending with producing electricity.
As shown by the figure,
firstly
, the
cold
water
is pumped
down to 4.
5km
depth into the injection well. In the second stage, the
water
is transferred
to the geothermal zone, where have manifold hot rocks. After
being passed
through hot rocks, the
water
is
sent
to the production well,
before
pumping up to the surface of the ground.
Once the
water
has
been pumped
up, it can be
sent
to the condenser, where it
is transformed
into steam. This steam is
used
for the power of the turbine and rotates it. It is
clear
that the power of the turbine leads the generator to produce the electricity.
Finally
, the electricity is
sent
to the cities’ grid for consumption.