Why is nuclear power good

First and foremost, Global Warming , the rise in earth's temperature due to trapped greenhouse gases, is seen as not an emerging threat but as something that is occurring already with a rise in the average global air temperatures of 1. The societal, environmental and economic threats of global warming to our planet are potentially enormous.

Possible side effects of global warming are increased storm intensities, increasing the size of deserts, displacement of populations due to sea-level rise and desertification, conflict, increase flooding, increase disease outbreaks, changing agricultural patterns and others.

Nuclear power generation doesn't produce greenhouse gases, so one source could be decreased. Another reason that nuclear energy has become much more attractive is that it decreases our dependence on fossil fuels.

For every nuclear power plant jobs, 66 more jobs are created in the local community. And, the list can go on…!!! The very last and most important in my list of top 6 advantages of nuclear energy is the Nuclear Fusion based Tokmak.

Not to mention, according to PHYS. ORG , on November 24, , The Korea Superconducting Tokamak Advanced Research KSTAR , a superconducting nuclear fusion device set the new record as it succeeded in maintaining the high-temperature plasma for 20 seconds with an ion temperature over million degrees Celsius. According to KSTAR also known as the Korean artificial sun , their final goal is to succeed in a continuous operation for seconds with an ion temperature higher than million degrees by Okay, let me explain.

Well, currently, they are able to sustain a nuclear fusion reactor with an ion temperature over million degrees Celsius just for 20seconds. On the other hand, they are planning to cross over the operation for more than seconds i. However, in order to produce electricity, the fusion reactor has to work continuously just like the way Sun works in our solar system work.

Therefore, until or unless, they are not able to work it out properly, I am not afraid to call it merely a Pipe Dream. ANS: There are fundamentally two types of processes to generate energy from the nucleus of an atom. These are Nuclear Fission and Nuclear Fusion. ANS: The primary difference between nuclear fission and fusion is that nuclear fission is a process during which a heavier nucleus of an atom say plutonium breaks into two lighter nuclei.

On the other hand, nuclear fusion is a process during which lighter elements say hydrogen fuse together to form heavier elements. ANS: Nuclear energy comes under the category of non-renewable energy resources. However, some group of nuclear scientists argues that nuclear energy itself is a renewable one.

But the material used in the nuclear power plant is not. ANS: Of course, the use of nuclear energy is good for the environment as long as we are using it in a peaceful manner. If you like this article, share it if you like, like it if you share it. You can also find us on Mix, Twitter, Pinterest, and Facebook. Hey man, If you have come this far, do give us feedback in the comment section. Seeking optimal utilization of natural resources in production of energy is crucial for any nation.

Not only does it enhance the socio-economic condition, but it also saves the environment a lot of potential damage. With the current rate of consumption of uranium, researchers estimate we have enough uranium to last us another years. When in the mode of producing energy, a nuclear power plant can run without disruption for as long as necessary.

These alternative sources are dependent on weather conditions, while nuclear power plant has no such climatic constraints. We cannot ignore the monetary focal points involved in setting up nuclear power plants. It would be indeed costly to switch to utilizing nuclear energy in lieu of traditional energy.

However, this disadvantage might be offset by the fact that this energy has a persistent supply. There is a lot of supply in storage, which should last much longer than that of fossil fuels used in the same capacity. The cost of the uranium — the fuel for nuclear energy — is low, which allows nuclear power to produce very inexpensive electricity. Also, the moderately high expense of setting up nuclear power plants is offset by the low expense of running them for years and years on end.

Nuclear Waste. Nuclear Powers a Brighter Future. Beyond Electricity. Advocacy Expand Navigation. Preserve Nuclear Plants. Make Regulations Smarter. Build New Reactors. Compete Globally. Shape a Carbon-free Future. Nuclear Energy Institute. Advantages Expand Navigation. National Security. Technology Leadership. Air Quality.