US Army Nuclear Power Program related articles
The U.S. military has a strong and growing interest in using small and micro nuclear reactors as a means of reducing logistics challenges and improving operational resilience. They like nuclear reactors for their ability to operate independently of the grid for years without needing any new fuel. Almost as important is their ability to be…
In January 2019, the Strategic Capabilities Office (SCO) of the U.S. Department of Defense officially informed the world that it was interested in learning more about small, mobile, nuclear generators. The SCO said it wanted to find out if there was technology available that could supply a forward operating base with abundant, emission-free electricity for…
This is an August 2022 update of an article first published in November 1996 and updated in February 2019. The first update was stimulated by discussions associated with DOD’s issuance of an RFI for mobile, modest power output atomic power systems. That RFI resulted in Project Pele, which has now selected BWXT to build a…
It’s time to change energy game by adapting the well-proven, flexible and reliable combined cycle to be able to use nuclear fuel. That will match the best available heat conversion system with a low cost, emission-free heat source.
I recently published an article featuring a video from the Army Nuclear Power Program that focused on the Army’s mobile, low power closed cycle nitrogen cooled nuclear reactor designated the ML-1. The article generated a good discussion that indicated a strong desire for more information about the program. My initial searches didn’t turn up a…
(Note: If you are impatient and do not want to watch cute photos of penguins, skip to 19:06 to learn more about the reasons why the PM-3A, a 1,500 kilowatt nuclear electricity generator and process heat supply system, was such a valuable contributor to sustained Antarctic research.) Nearly all of the images that are used…
Under current rules and assumptions, anyone who claims that they can design and build a power-producing nuclear reactor in less than 10-15 years is considered to be naive or hopelessly unrealistic. However, there is no reason to believe that everyone with the technical capacity for completing the task will follow the same rules. Even in…
Even a broken clock is right twice a day. That is one of the sayings that I remember whenever I read works about energy by people like Amory Lovins or Ralph Nader and find myself agreeing with something they have written. (I rarely agree with either of them, but that does not mean that I…
Note: (This story corrected on March 8, 2011) The world’s ignorance regarding the health effects of radiation is occasionally incredible. I just came across a story from New Zealand titled Health fears around polar nuke leak that attempted to implicate the Naval Facilities Engineering Command’s PM-3A, a small nuclear plant that supplied heat and electricity…
The United States has been operating small nuclear power plants continuously since the early 1950s. These reactors have been used for research and development, power generation, and ship propulsion. There have been tens of thousands of people associated with the design, development, manufacture and operation of these smaller reactors. The enterprise has accumulated an admirable…
Atomic America has a thought provoking subtitle – “How a Deadly Explosion and a Feared Admiral Changed the Course of Nuclear History”. The unifying story through the book is one that most nuclear trained people know a little about – the accident at the Army’s SL-1 that took place on January 3, 1961. In Atomic…
Though I have not yet received and read Atomic America: How a Deadly Explosion and a Feared Admiral Changed the Course of Nuclear History, I have done enough skimming to make me suspect that it is at least partially aimed at my efforts to share information about nuclear power so that knowledge will encourage people…
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