Nuclear power is an energy technology that harnesses the powerful forces
that hold together the nucleus of an atom.
Scientific advances in the first half of the 20th century led to the
discovery that the nuclei of certain radioactive elements, such as uranium,
could be broken into smaller components in a process called nuclear fission
"splitting the atom" releasing enormous amounts of energy.
The first practical use of nuclear fission was to create nuclear
weapons, but peaceful uses of the technology, including power generation, were
rapidly developed in the decades after World War II.
In a typical nuclear reactor, uranium fuel rods release
neutrons, which bombard other fuel rods to create a controlled nuclear fission
chain reaction. This chain reaction produces large amounts of heat, which is
used to drive electricity-generating steam turbines in much the same way that
heat from coal combustion is used in a coal-fired power plant.
How much of our electricity comes from nuclear power?
In the US, about a fifth of their electricity is
generated by nuclear power, making nuclear power the third largest electricity
source after coal and natural gas. But what is still don’t get is why Nigeria
would want to build a Nuclear power plant in Nigeria, when more gas plant
should have been build and the flared gasses from oil/gas production used to
drive the turbine.
Risks of nuclear power
There are two major kinds of risk associated with nuclear
power:
Safety risks. A
serious accident at a nuclear power plant could release large amounts of
dangerous radiation, with disastrous consequences for the environment and an
increased risk of cancer for those exposed to the radiation. In a situation where corruption in the management of the plant is inevitable.
Security risks include
both the risk of sabotage and terrorist (Boko Haram) attacks on nuclear power plants and the
risk that nuclear materials will be stolen and used to create nuclear weapons.
Fellow Nigerians, do we have any believe that our government can effectively run and manage a nuclear power plant?
0 comments:
Post a Comment