Nuclear Fuel Waste Management

Dr. Helen Caldicott is the most prominent anti-nuclear activist in the world. She's been featured on CNN, 60 Minutes, CBC and Democracy Now. In the 80s, Helen Caldicott campaigned against nuclear weapons testing in the pacific (still responsible today for the majority of tritium we're exposed to), and against the notion of a winnable nuclear war. She was nominated for a Nobel Peace Prize for her efforts. She has always made inaccurate statements regarding civilian nuclear power. But, since the Fukushima-Diachii radiation release has caused (and is projected to cause) zero fatalities... http://www.unis.unvienna.org/unis/en/... ...her tone has changed when speaking to supporters. This has not been acknowledged by prime-time media, as they continue to use her as a source. Any person or media outlet should check Caldicott's history of statements (on any subject) against a domain expert before using her as a source.

Over 350,000 tons of highly radioactive waste and spent fuel rods are in temporary storage on site at nuclear power complexes and at intermediate storage sites all over the world. More than 10,000 additional tons join them every year. It is the most dangerous waste man has ever produced. Waste that requires storage in a safe final repository for hundreds of thousands of years. Out of reach of humanity and other living creatures. The question is, where? Together with Swiss-British nuclear physicist Charles McCombie, who has been searching for a safe final storage site for highly radioactive nuclear waste for thirty-five years, director Edgar Hagen investigates the limitations and contradictions involved in this project of global significance. Supporters and opponents of nuclear energy struggle for solutions whilst dogmatic worldviews are assailed by doubt

Thirteen years since the Fukushima Daiichi nuclear accident, the government's plan to decommission the plant is at a crossroads. We take a close look at the efforts to secure Fukushima's future.

Ben Fogle spends a week living inside the Chernobyl Exclusion Zone, gaining privileged access to the doomed Control Room 4 where the disaster first began to unfold.

With unprecedented access to the nuclear industry in France, Russia, and the United States, Nuclear Now explores the possibility for the global community to overcome the challenges of climate change and energy poverty to reach a brighter future through the power of nuclear energy. Beneath our feet, Uranium atoms in the Earth’s crust hold incredibly concentrated energy. Science unlocked this energy in the mid-20th century, first for bombs and then to power submarines. The United States led the effort to generate electricity from this new source. Yet in the mid-20th century as societies began the transition to nuclear power and away from fossil fuels, a long-term PR campaign to scare the public began, funded in part by coal and oil interests.

An initiative discusses a videotape in which a group of activists portrays themselves and their work against the "nuclear power mafia." After argumentatively and polemically confronting the economic and political power of the energy industry, the activists call for the shutdown of escalators to counteract people's electro-paralysis.

A new uranium mill -- the first in the U.S. in 30 years -- would re-connect the economically devastated rural mining community of Naturita, Colorado, to its proud history supplying the material for the first atomic bomb. Some view it as a greener energy source freeing America from its dependence on foreign oil, while others worry about the severe health and environmental consequences of the last uranium boom.

About the question of whether we should proceed in developing and using nuclear power and the breakdown at Three Mile Island, Harrisburg, Pennsylvania, in March 28, 1979.

Farmers and parents of young children, who live in the Harrisburg, Pa., area, discuss their fears of radioactive contamination from the Three Mile Island nuclear reactor accident in 1979. Scientists and physicians also expound on the lethal dangers of nuclear power and the risks in containment processes.

On April 26, 1986, a 1,000 feet high flame rises into the sky of the Ukraine. The fourth reactor of the Chernobyl nuclear power plant just exploded. A battle begins in which 500,000 men are engaged throughout the Soviet Union to "liquidate" the radioactivity, build the "sarcophagus" of the damaged reactor and save the world from a second explosion that would have destroyed half of Europe. Become a reference film, this documentary combines testimonials and unseen footage, tells for the first time the Battle of Chernobyl.

An account of the building and bringing into operation of Canada's pioneer nuclear power plant - the Nuclear Power Demonstration Station (NPD), built in northern Ontario as a prototype for larger plants. The film explains the principle of nuclear fission. Produced by Crawley Films Ltd. for Atomic Energy of Canada Limited, Ontario Hydro and Canadian General Electric Company Limited.

Since the first film was made explaining the power of the atom, nuclear technology has made great advances. This film is an up-to-date account of the many areas of nuclear research and recent developments in Canada. It was filmed at the long-functioning atomic reactors at Chalk River and Rolphton, and at the latest and largest atomic power station at Pickering, as well as at laboratories across the land where experimentation is carried out in both pure and applied nuclear science. Produced for the NFB by Crawley Films Ltd. for Atomic Energy of Canada Limited.

Nuclear power plants are not exactly sold on the same scale as wheat, but that they can be manufactured as an exportable commodity is well illustrated in this film. For those familiar with nuclear power generation, and even for the lay audience, this is a lucid exposition of how a nuclear power plant is put together. The film shows the machining and assembly of principal components, and the "on power" operation of the Canadian plant at Pickering, Ontario. Produced by the NFB for Atomic Energy of Canada Limited.

Filmed at the Pickering, Ontario, nuclear power plant, showing also the earlier Douglas Point station and Québec's new Gentilly plant, this film offers audiences a clear illustration of how an atomic reactor produces electricity. Special features of the Canadian (CANDU) (Canada Deuterium Uranium) system are explained: on-power refueling; the use of natural uranium; the use of heavy water as moderator. CANDU is recognized internationally as a leader in man's search for new sources of energy. Produced for the NFB by Crawley Films Ltd. for Atomic Energy of Canada Limited.

A two-part study of nuclear power with Larry Henderson, skilled observer, analyst and commentator on public affairs as guide. Part 1 shows civilian applications outside Canada. Part 2 shows the history of atomic energy development in Canada, from the outset of World War II to the installations at Chalk River.

Filmmaker Jean Chabot looks at the use of nuclear energy in Quebec. Do we need this expensive and dangerous energy?