ATOMIC POWER TODAY "SERVICE WITH SAFETY" 1966 NUCLEAR POWER INDUSTRY PROMO FILM 63424

Presented by the Atomic Industrial Forum Inc. and the U.S. Atomic Energy Commission, Atomic Power Today: Service With Safety is a 1966 film that shows viewers how an atomic energy plant works and how such a plant comes into being, from the application process with the U.S. Atomic Energy Commission (AEC) through construction and final safety inspections. The film discusses how atomic fuel is used to generate electricity, the barriers and safeguards to prevent radioactive contamination, and is designed to show how atomic energy utilities are carefully regulated and safeguarded. The film opens with a montage of shots showing how Americans use electricity: there is footage of bridges, the Statue of Liberty, appliances being used, and more. The film mentions other sources of electricity, from hydroelectric dams (01:26) to coal-powered energy plants (01:49). Coal is moved onto a grinder at a plant (02:27). Trains haul coal to various plants. At an atomic energy plant, an employee inserts an atomic rod into a fuel assembly (03:33). An atomic fuel assembly is moved inside a warehouse (04:00). Graphics and animation are used to explain how atomic energy is used to generate heat to create electric power, and how control rods are maneuvered in a fuel core to regulate temperature. A reactor control operator adjusts the control rods from the control room (07:06). Used fuel assemblies are stored underwater (08:45); they are then transferred into a container (still underwater), lifted from the pool, and shipped to a processing plant by truck. There is a shot of a nuclear powerplant during winter (10:05; 10:51), and during spring (11:09). The film shows some of the safeguards for a reactor malfunction (12:20), including the sealed vapor container that houses the reactor. Men review designs for an atomic energy powerplant (13:20). A man walks into the U.S. Atomic Energy Commission building (14:04). AEC regulatory staff examine designs for a proposed atomic powerplant. At what appears to be a courthouse, a public hearing is held for the construction of an atomic powerplant (16:11). Cranes and other heavy equipment begin building the foundation for the atomic powerplant (16:52). Inspectors from the AEC look at the nearly completed steel and concrete building that will house the nuclear reactor (18:04). Hundreds of miles away, the reactor head is forged (18:27). The nuclear reactor arrives at the new plant and is installed (18:44). Men double-check measurements of the plant for quality control. Plant operators are trained in the control room (19:58). A truck hauls the first shipment of nuclear material to the reactor (20:14). Men move fuel assemblies underwater, so they can be loaded into the reactor (21:23). The film then shows various shots of the atomic energy plant, including an aerial view of the plant (22:48). There is additional footage of other atomic energy plants across the U.S. and scenes of neighboring farms and communities. A man fishes on a small lake next to an atomic energy powerplant (24:20). The film ends with a montage of shots similar to how the film began.
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This film is part of the Periscope Film LLC archive, one of the largest historic military, transportation, and aviation stock footage collections in the USA. Entirely film backed, this material is available for licensing in 24p HD, 2k and 4k. For more information visit www.PeriscopeFilm.com

[@andrewsmactips]

If the reactors are as finely crafted as that public relations film, then we have nothing to worry about.

[@rsinclair689]

Space shuttle Challenger was well engineered but $hit happens, coal ash out flood anyone? Reality as humans use far more energy per Capita than the could every provide on their own., We need to accept if we want this quality of life there will be trade-offs. Best choose the best available options....

[@david-joeklotz9558]

Atomic power is even safer these days

[@johnkern7075]

It's safe until someone does something stupid.

[@gilzor9376]

. . . . . . yeah pretty much the same outcome for every subject, only . . . . the bigger the stupid, the bigger the casualties.

[@Mark_Ocain]

All these reactors are now falling to bits from years of concrete cancer and neutron bombardment

[@gilzor9376]

Deactivation and removal is part of the equation. . . . . at least in responsible societies . . . . th-cam.com/video/c0ScXZznaVk/w-d-xo.html

[@gilzor9376]

lol . . . . not sure of the point being made, but . . . . . . @0:36 the narrator says America uses twice as much power as the English . . . . . well, it only stands to reason . . . . . 3-1/2 times the population as Britain in 1966, spread out over 40 times the land mass. On top of that, and most obviously the major contributor . . . . . 1966 Britain GDP = $108B, while the USA GDP = $815B in 1966 . . . . yeah, aaahh . . . . pretty simple math. So why the comparison?

[@Cowracer67]

we should have THOUSANDS of reactors in the US. Imagine where the world would be if we gave up on flight after the first 2 airplane crashes. Especially if one was caused by the pilot going "well... this thing isn't designed to fly upside down, but lets see how far we can fly upside down."

[@rapman5791]

Stop making sense.