A diagram from the January 1963 story depicting a nuclear-powered rocket.
It’s Thursday, meaning it’s time to dig through the Nuclear News archives for another #ThrowbackThursday post. Today’s story goes back 60 years to the January 1963 issue of NN and the cover story “Review of Rover: A nuclear rocket” (p. 9), which reviews the first phase of the nuclear rocket program from Los Alamos National Laboratory.
Some quick digging online uncovers a lot of information about Project Rover, most notably, a short 20-minute film on the LANL YouTube page that reviews the project (Historic 1960s Film Describes Project Rover). The description of the video notes that the project was active from 1955 to 1973 and led to the design of multiple reactors suitable for testing, including Pewee 1, and that NASA has a modern nuclear thermal propulsion project based on the Pewee design. So it seems fitting to revisit Project Rover, given that there is today a lot of renewed interest in nuclear propulsion for space exploration.
The opening line from the January 1963 article seems to ring true today— “Provided the U. S. continues her space efforts, nuclear-powered rockets are inevitable”—although that probably didn’t seem likely to the nuclear community after the country’s attention shifted from the Space Race to the Vietnam War in the early 1970s when Project Rover was canceled. The introduction to the article lays out the argument for a nuclear-powered rocket and provides a review of the program since its launch in 1955.
The full article as it appeared in 1963 is reprinted below, but don’t forget, all ANS members have full access to the Nuclear News archives that has decades of great content about all topics on nuclear science and technology. Happy reading!
IBA Rhodotron TT300-HE (high energy) electron accelerator. (Photo: Business Wire)
Nuclear medicine company NorthStar Medical Radioisotopes announced that it has successfully produced molybdenum-99 at its recently completed accelerator production facility at its Beloit, Wis., campus. According to NorthStar, the event marks a major milestone in advancing the company’s proprietary electron accelerator technology for the non-uranium–based production of the critical medical radioisotope.
From left: Womack, Greene, and Sena. (Photos: Southern Company)
Southern Company has appointed Chris Womack chief operating officer effective immediately and president as of March 31. Tom Fanning will relinquish the role of president upon Womack's assumption of the role in March and is to assume the role of executive chairman of the board of directors.
Womack has served as president of Georgia Power since 2020 and chairman, president, and CEO since 2021. Prior to his current roles, he served as executive vice president and president of external affairs for Southern Company.
"Chris's leadership, vision, and integrity during his career with Southern Company have uniquely prepared him to guide Southern Company into a new era," said Fanning. "With our recent progress at Plant Vogtle and continued conversion of our operations towards net zero emissions, I believe that now is an ideal time to transition to new leadership."
The moves were announced by the company's board on January 5.
The cooling pipes that snake along the surface of the vacuum vessel thermal shield will be removed and replaced. Here, on a right-hand outboard panel, workers determine the impact of pipe removal on the surface of the component. (Photo: ITER Organization)
ITER’s machine assembly phase began about two and a half years ago. Now, staff are reversing some of that assembly work to make needed repairs. According to a news article published by the ITER Organization on January 9, ITER is “facing challenges common to every industrial venture involving first-of-a-kind components.” Over one year after problems were first detected and less than two months after they were made public in late November, tests and analysis are producing a clearer picture of necessary repairs to the tokamak’s thermal shield panels and vacuum vessel sectors.
“There is no scandal here,” said ITER director general Pietro Barabaschi. “Such things happen. I've seen many issues of the kind, and much worse.”
The NS Savannah, the world’s first nuclear-powered merchant ship. (Photo: NARA)
The U.S. Department of Transportation has drafted a programmatic agreement (PA) on the decommissioning the NS Savannah, the world’s first nuclear-powered merchant ship. Christened in 1959 under President Dwight Eisenhower’s Atoms for Peace initiative, which challenged world leaders to develop peaceful uses of nuclear power, the ship served as a demonstration project for the potential maritime use of nuclear energy.
Construction is underway on the Paducah Site's new Emergency Operations Center. (Photo: DOE)
Construction crews at the Department of Energy's Paducah Site in Kentucky have broken ground on a new Emergency Operations Center (EOC) to improve coordination and response to emergencies across the site.
The 3,500-square-foot facility will replace the existing EOC, which was established in the site’s C-300 Control Building around 1990. The C-300 Control Building was built during the 1950s. The new modern facility will be used to monitor environmental conditions and house emergency management personnel.
The new EOC is scheduled for completion in this year.
A video is available on the construction of the new EOC.
A screen capture from the DOE's West Valley video. (Image: DOE)
A new animated video from the Department of Energy's Office of Environmental Management (EM) shows how cleanup contractor CH2M HILL BWXT West Valley (CHBWV) will take down the main plant process building at the West Valley Demonstration Project (WVDP).
The EM team at West Valley wanted to convey the project to the public, and they believe the animation accomplishes that goal, according to Stephen Bousquet, EM WVDP federal project director for the Main Plant Deconstruction Project.
Click here to watch the video.
The Ignalina nuclear power plant. (Photo: INPP)
A consortium comprising Westinghouse Electric Spain, Jacobs, and the Lithuanian Energy Institute has been selected to plan dismantling and waste management at the long closed two-unit Ignalina nuclear power plant in Lithuania.
The Integrated Waste Treatment Unit at the Idaho National Laboratory Site. (Photo: DOE)
The Department of Energy’s Office of Environmental Management (EM) said that the Integrated Waste Treatment Unit (IWTU), the radioactive liquid waste treatment facility at the Idaho National Laboratory Site, began its final heat-up in December prior to initiating radiological operations, planned for early this year.
IWTU crews were to follow a prescribed incremental process as the facility transitions from simulant to sodium-bearing waste (SBW), according to EM.