Men work at a press in Chicago, Illinois. An ink roller and a man puts ink in the roller. A pressman operates the printing machine. The 'Life' magazine being printed. A man works at the machine.
Men work at a press in Chicago, Illinois. The magazine is getting trimmed. Men at the press wrap the 'Life' magazine. Woman work at the press and dry the covers of the magazine. Men load 'Life' magazine on to a trolley and are ready for trimming. A man pulls the trolley. A heap of magazine. A woman trims it.
Men work at a press in Chicago, Illinois. A heap of paper rolls. A man rolls the paper roll. A tag sticked on the rolls. Men push the paper rolls and transport them to roll hoist. The rolls being transported. A printing machine. 'Life' magazine being printed. A pressman holds the printed magazines in his hands.
A documentary titled 'Project Salt Vault' depicts methods of disposing of waste uranium in the United States. View of a nuclear power plant. Cars parked in front of the plant. Electrical feeders attached to a bay. The conveyors. Uranium fuel in a nuclear reactor. An animation depicts the reprocessing of the leftover uranium fuel to separate it from radioactive waste. The uranium waste is stored in tanks. A man undertakes experiments at the U.S. Atomic Energy Commission to reduce the volume of the waste. An animation depicts heating process for reducing the waste. A sign board reads 'Project Salt Vault, Oak Ridge National Laboratory'. A salt bed is used to dispose of waste uranium. A man walks in a salt mine.
A documentary depicts disposal of high level nuclear waste in salt mines in the United States for radioactive waste. Oak Ridge National Laboratory (ORNL). A man works on a machine and conducts a test. He operates the machine. A board reads' Project Salt Vault'. High level solidified waste. A truck carries canned fuel element for an experiment. A salt mine. A ground crew comes and collects data. Interior of the mine. A man conducts the experiment. Fuel assembly array located in different sections of the mine. An electronic heated control array. Canned fuel element for demonstration is unloaded from a special carrier. It is placed vertically over a shaft. Underground crew operates a transporter control. The can is lowered. An animation shows the can being lowered and mounted on a fuel canned transporter. A check for radiation leakage is made after the transporter doors are closed. The crew moves back to the room where the experiment is conducted. A crew man removes the radio active container from a transporter cask. The cask in lowered and a hoist cable is disconnected. The transporter carries the fuel can to the experiment room. The fuel can is kept in a hole. The crew moves and operates a remote control.
A documentary depicts disposal of high level nuclear waste in salt mines in the United States. A crew man checks a storage hole. Animation depicts the containment, removal of cans, backfilling of holes with crushed salt, and replacing of fuel cans with highly radioactive fuel. A man installs tubes in the hole. A machine which tells the exact temperature in the experimental area. A man looks through a dumpy level. Another man takes measurement with a floor to ceiling gauge and a wall to wall conversion gauge. A man uses a strain gauge to obtain data. Men insert holders into the hole. A man looks at the machine which gives the salt flow data. Two men study the data and draw an actual design requirement of a disposal facility. An animation depicts the process of disposal of crushed salt. A transporter moves after an experiment
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