ENGLISH SPEECH
Themes: renewable energy
Title: nuclear as NUCLEAR PLANTS in Indonesia
As Nuclear PLANTS In Indonesia
Assalamualaikum
warohmatullahiwabarokatuh.
Good day,
Designation. Miss early
As well as friends that I hold dear
Thank
God praise be to God who bestows his grace to us so we were given the
opportunity to participate in the meeting today. Well today I'll talk about
nuclear.
Nuclear is a safe alternative source
of energy evolved in indonesia and indonesia have the potential for the development
of it. Probably most of the people be afraid when I first heard about
nuclear? its also posibble our well? Why?
It is because our minds have been
poisoned by an event of nuclear bombs in Japan and nuclear leakage events that
impacted badly on the community. The question is why should we fear while Japan
ever nuclear bomb just now becoming a great country that utilizes nuclear as
NUCLEAR POWER PLANTS.
Big
countries like the US, France, has been utilizing its NUCLEAR PLANTS as nuclear
and proved the country had managed to become developed countries now. Then
indonesia where?
Well,
here I am going to straighten our perception of nuclear.
First, the premier, the second third
is secure, nuclear, low cost, and produces little pollution.
First, the nuclear development in
indonesia. It can be in terms of experience and raw materials that are
available. Indonesia has an abundance of nuclear raw material untapped i.e.
large nuclear raw material namely uranium. Backup 70,000 tons of uranium and
thorium 117,000 tons in bangka belitung, West kalimantan, papua, and West
sulawesi (between, 2013). The reserves of uranium that can generate electricity
about 1,400 mw in 1,000 years, while reserves of thorium could produce
electricity of about 117,000 mw in 1,000 years. In terms of the experience of
indonesia has operated the first atomic reactor triga mark ii (1965) in
bandung, yogyakarta, kartini reactor (1979), and a versatile reactor siwabessy
(1987). However, until now the Indonesian people have not mastered nuclear
technology for NUCLEAR POWER PLANTS. In fact, look at rate the chances of
nuclear energy in relation to the future is the potential sources that could be
said to be unlimited. After the uranium-235 used timeout (estimated in 50 years
with a rate of consumption now), next generation NUCLEAR POWER PLANT would use
uranium-238 which is converted to plutonium-239. Uranium 238 reserves that can
be mined economically can supply an estimated NUCLEAR POWER PLANTS of which
there are now over 3000 years. Compare with reserves of coal, oil and gas will
end after masing2 210, 40, and 70 years of electric generation Process it does
not absolve the fumes or dust containing heavy metals dumped into the
environment or release harmful particles, such as co2, so2, and No2 to environment,
so it is a NUCLEAR power plant that is environmentally friendly. Radioactive
waste resulting from the operation of NUCLEAR POWER PLANTS is a former fuel
elements in the form of solid. This former fuel elements for a while can be
stored in the location of NUCLEAR POWER PLANTS before storage is done
sustainably.
Furthermore,
in terms of nuclear safety. It has been presented above that nuclear energy
produces little waste and can be stored safely. In their subjects include
environmentally friendly nuclear waste because of its production a little
compared with fossil fuel because it does not produce heavy metals such as
cadmium, arsenic, plumbum, as well as gas emissions such as SO2, VHC. Nuclear
power plants use fission reaction (separation process of atoms becomes smaller
core).
Furthermore,
in terms of cost, indonesia has an abundance of nuclear scattered throughout
the country and also therefore the nuclear charge was minimal. It was different
from the fossil fuels that are now endangered.
And the last in terms of global
warming, NUCLEAR POWER PLANTS do not produce greenhouse gas emissions one bit,
whereas the fossil-fueled plants instead, because the reaction is different.
Gas emission of provide courtesy PLN with a total of 20,059 mw (2013) has
issued emissions of about 120 million tons of co2 per year. On the contrary,
from the development program that is being rolled out 35,000 mw to provide
composition is approximately 50% (17,500 mw) which will add 87% of co2
emissions. Nuclear electric 19.5% (98.639 mw), and based on the results of the
survey, 83% of the public supports NUCLEAR POWER PLANTS adjacent to nuclear
energy (NEI, 2015).
Therefore, this nuclear energy needs
to be further reviewed and thought well. Indonesia has a very good potential in
nuclear development. Why should we be glued to the deterioration of the past?
To make indonesia a better we should do one big step. And daring in action. Once
again the nuclear energy is energy that is safe, the availability of abundant,
cheap, mass produced small but great energy, and reduces global warming.
Therefore, Let's eliminate the paradigm of a barrier to mass ahead of us and
let's support nuclear in indonesia for indonesia better.
Assalamualaikum
warahmatullahiwabarokatuh ... ....
