Channel 94
Plutonium is a heavy, radioactive, man-made, metallic element used in the production of nuclear energy.

The process used at La Hague, in Normandy, is an advanced version of the Purex (’plutonium-uranium extraction’) process developed in the 1950s. The waste is broken down, and ends up as a supply of two separate re-usable elements, …

More: continued here

Nuclear energy is defined by Webster’s Encyclopaedia as energy from the inner core or nucleus of the atom, as opposed to energy released in chemical. … 500 pounds of plutonium and approximately 30 tons of high-level radioactive waste are produced by a 1000-megawatt nuclear power plant on average each year. Nuclear waste is thus a very important and real problem that society has to deal with. Governments and private nuclear plants have to adequately and effectively deal …

More: continued here

The contractors and subcontractors who supplied, built and installed equipment at the SRS facilities, where tritium, plutonium-239 and other nuclear weapons materials were produced from 1954 to 1991, ignored safety regulations developed by the American Society … There are advocates of New Energy who believe nuclear energy is the only way to create emissions-free energy on the scale needed. This is simply not true. Nuclear plants get built in a 10-to-12 year timeframe. …

More: continued here

Plutonium is a nuclear power byproduct that can be used to produce weapons. The production of it through the process of creating nuclear energy has been a point of contention in nuclear proliferation monitoring for years. …

More: continued here

Unlike France, however, our nuclear waste will be recycled without separating plutonium - ensuring increased nuclear energy production is consistent with the Energy Department program’s goal of non-proliferation. …

More: continued here

The second disaster took place in the Mayak Plutonium Facility in the south Ural Mountain region of Russia on Sept. 29, 1957. This is considered to have been worse than Chernobyl. The cooling equipment broke down and overheated nuclear waste exploded. … When the so-called peaceful use of nuclear energy can result in such long-term hazards, one shudders to think of the devastation that could be brought about by nuclear weapons of mass destruction. …

More: continued here

… in the nuclear fuel chain by supporting multilateral control of uranium enrichment and stopping the reprocessing of spent nuclear fuel to extract plutonium. This means not participating in the US Global Nuclear Energy Partnership. …

More: continued here

The IAEA cannot stop a country from diverting uranium, centrifuges or spent fuel rods to produce weapons-grade uranium or reprocessed plutonium. But IAEA inspectors would quickly know if a country does and warn the world about it. …. Additionally, economic problems — especially those stemming from having to use too much of their own oil for domestic use — is one of the more tangible reasons that Iran has been pursuing a nuclear energy program in the first place. …

More: continued here

In the James Bond movie The World Is Not Enough, The Dragon Renard attempts to turn the reactor in a nuclear sub critical by inserting a rod of weapons grade plutonium. In the bare reactor. With nothing more than a shirt protecting him from … Godzilla’s heart, it turns out, is an organic nuclear reactor that’s going critical. Of course, instead of exploding, Godzilla dies from overheating, his body begins to melt and releases massive amounts of radiation into the air. …

More: continued here

According to the World Nuclear Association, globally during the 1980s one new nuclear reactor started up every 17 days on average, and by the year 2015 this rate could increase to one every 5 days. … Reprocessing can potentially recover up to 95% of the remaining uranium and plutonium in spent nuclear fuel, putting it into new mixed oxide fuel. This produces a reduction in long term radioactivity within the remaining waste, since this is largely short-lived fission …

More: continued here