Nuclear Power Energy

Nuclear Power Energy can provide you with ample electric power, save you money, and benefit you in the long-run!

Nuclear energy is a relatively clean power (much cleaner than coal or gas burning). It renders itself as the clean solution to energy production now and in the near future.

We have presented nuclear power for you on our website - not because you can really use or build this energy yourself as an individual - but because certain benefits can result from living close to nuclear plants.

Benefits of Nuclear Power

• Tax Advantages - In the United States (depending on your locale) you may have much lower federal, state, and property taxes if you live close enough to a nuclear power plant.


• Less Dependence - Again, by utilizing nuclear power, less coal and fossil fuels are used reducing our need and dependence on foreign oil or imported fuels.


• More Jobs Created - – More jobs are available to you from the design, construction, and implementation of nuclear plants. The companies that build and maintain these nuclear facilities have had to pass rigorous tests and standards for the government to allow the plants to be built – so they will be a source of jobs/careers for a long time to come.

How Does Nuclear Power Work?

To understand nuclear power, we have to separate the weapons atom usage of the word "nuclear" from the peaceful, power-producing nuclear energy.

To clearly understand it, we must first look at the 2 basic types of nuclear power production that have been (or are being) developed - Fission and Fusion:

1.) Nuclear Fission - The fission system is what all nuclear power facilities have been using since nuclear power production was developed. Nuclear fission uses the energy from radioactive materials to heat liquids. These heated liquids are used to heat water to form steam, then the steam is used to power electric turbines.

2.) Nuclear Fusion - The fusion system has not yet been perfected to the point of anyone being able to build a working power plant with it...yet. Fusion uses highly compressed deuterium plasma (usually with magnets and pressure) to release x-ray energy from the deuterium to heat liquids and water for steam to be used in electric turbines.

Fusion is much safer than fission, in that fusion has very little radioactive fallout capability if a melt-down were to actually occur (which by today’s standards and with what we have learned from the past, is virtually impossible).

The Future

Nuclear Power Energy has radically changed over the last 20 years and the dangers still associated with incidents like the "China Syndrome" and Chernobyl have virtually been eliminated altogether.

Presently, the only real danger from nuclear power energy plants is the nuclear waste that is produced each year from the used radioactive materials. Finding places to store this radioactive material requires a lot of research and work.

Once established, a nuclear power plant must be monitored closely the entire time it is in operation - and therefore will not be a 'fly-by-night' short-term establishment. It will provide power for years to come.

To see a full explanation of how nuclear power plants actually work and to fully understand the difference between fission and fusion, click here to see this article from How Stuff Works.

Return from Nuclear Power Energy to Home Page