We desperately need a power source that is clean and renewable. The human race needs to overcome this major hurdle so we can live on and advance our civilization.

The question is, do we want to continue polluting our planet so our children and our children’s children will have to deal with the problem, or do we want to solve it now? We need a “Manhattan Project” type initiative to break our addiction to oil and gas. In the past century, our society has made tremendous advances due to cheap energy from fossil fuels, but the time has come to move on.

So what is the answer? We need a cheap energy source that produces energy without producing greenhouse gas emissions. While wind and solar power are two alternatives, wind is unreliable because wind does not blow all the time, and solar power is still in the infancy stage of development. Wind and solar should be part of the big solution, but we need massive amounts of energy to power our cars and maintain our lifestyle.

The best answer is nuclear power. We have the technology right now to power our planet for millions and millions of years. Nuclear power can produce enough electricity to power all of Earth’s homes and cars.

Another benefit of nuclear energy is that it can be used to turn our oceans’ salt water into fresh water. Humans could have an unlimited amount of clean drinking water. And, the fresh water from the desalination process can be used to farm the desserts and boost our food production.

Okay, I know there are many people out there that hate nuclear energy with a passion. People are scared of all the nuclear waste that is produced and fear a nuclear reactor meltdown. What if I told you about a rapidly developing technology called a “Breeder Reactor” that can actually recycle the nuclear waste into more fuel? Not only would we not have nuclear waste to worry about, but we would have sufficient fuel to power our reactors forever. Nuclear reactor technology has come a long way since the incidents at Three Mile Island and Chernobyl. Today’s new reactors are extremely safe, and the chance of an accident occurring is almost impossible.

Breeder reactors use a mixed plutonium fuel that has “fast” neutrons that prolong the reaction and hold more energy. A coolant like sodium is used to control the internal neutron flux in the breeder reactor. breeder reactors open the door to an infinite amount of fuel for the production of electricity.

Many countries like France, Britain and Japan have already constructed breeder reactors and the technology is quickly improving and reaching its full potential. It is currently more expensive to recycle the fuel than just mining it, but the cost will come down to competitive levels as more breeder reactors come online.

Now that we know nuclear power is safe and produces clean energy, we need to focus on getting away from fossil fuels and start developing this clean energy source. I propose a Herculean effort to start building new nuclear power plants around the globe. We need to get our best scientists onboard to take nuclear power to its full potential. Now is the perfect time to launch this project as switching from fossil fuels to clean energy is a massive project that will create many jobs during this period of global recession.

Imagine a planet with no pollution problems and no energy or water shortages. Picture what mankind can achieve with an inexhaustible and safe supply of cheap electricity derived from nuclear power.

Source: Is Nuclear Power the Answer?

And both for what you thought I was saying: That nuclear power is The Answer to America’s (or the world’s) energy woes.

But I’d like to remind everyone reading this — pro, con, neutral, apoplectic or apathetic about nuke power — that I freely admitted in the first two parts of this series that I don’t know enough about nuclear energy generation to make an informed decision about its prospects. I never said atomic power was a panacea, or even that I believe it is. I only pointed out some realities about nuclear power generation so far in the United States…

First, that as far as I could discover from a good deal of research time, it has killed or sickened few, if any. Secondly, I reminded readers that the overwhelming majority of Americans favor nuclear energy, a fact that seems not to warrant much mention in the mainstream media’s portrayal of the debate. Also, I put a few numbers to some of the hazardous realities — both to humanity and the environment — of conventional American energy production. A side note on this:

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One less-than-adoring reader observed that if I were to mention the tens of thousands of deaths related to coal mining, then injuries and deaths related to uranium mining should also be pointed out. Of course, I considered this when I wrote Part Two, in which I touched on the dangers of coal mining in my discussion of the human costs of American energy production…

According to my research, uranium mining was only recently resumed in the U.S. after being halted in the early ‘90s. Since its resumption in 2001, domestic uranium mining has been predominantly “open-pit” — which is far less hazardous and manual-labor intensive that conventional underground mining (like for much of our coal). Long story short: I couldn’t find much on the dangers of modern uranium mining in America.

However, this reader’s letter spurred me to some further digging — which led me to some old newspaper stories and other sources indicating that uranium mining in Utah, Colorado and other places in the American Southwest (mostly in the 1940s and ‘50s) may indeed have sickened or killed a number of miners and residents of mining communities. In fact, many of these people and their families have received payments under a 1990 law called the Radiation Exposure Compensation Act.

Again, specific numbers were hard to come by — but since I’m nothing if not objective, I felt this was worth mentioning. Also, since the U.S. currently imports more than 80 percent of the uranium used by domestic reactors, the dangers of mining the metallic fuel in Russia, Australia, and other major supplier nations must be considered (finding hard info on this is another matter, however).

Lastly, I must once again thank Whiskey & Gunpowder readers for their voluminous feedback — pro, con and otherwise. Special thanks to the numerous bona-fide experts who wrote in to express support for this series, among them a former U.S. Navy nuclear submariner and numerous active and retired nuclear engineers…

Now, back to the business of neither defending nor exalting American nuclear power generation — but considering it as objectively as I can.

From Ukraine, With Bile…

Always on the tongue-tips of those who’d thwart the spread of nuclear power in America is the 1986 reactor meltdown and explosion at Chernobyl, Ukraine. Of course, this disaster embodied all of our worst fears about nuclear energy — and I, for one, would never try to minimize or understate the horrors those in surrounding territories (especially Belarus) have experienced for the last 22 years because of the accident. I also agree with nuke-power’s harshest critics on one point at least: We’ll likely never know the true extent of the incident’s impact…

However, even the most jaded of nuke-haters would have to grudgingly admit that in the history of nuclear power around the world, Chernobyl has been an anomaly, albeit one of the most terrifying sort. To make an informed assessment of the risks of nuclear power, one must look at the whole picture. That picture includes 31 nations that are generating nuclear power in 439 plants — apparently without significant loss of life or destruction of the environment so far, Chernobyl excepted.