"For the first time in more than four decades, a new privately developed non-light-water reactor has reached criticality in the United States. Thank you to President Trump for his bold leadership and thank you to the bold scientists and entrepreneurs at Antares and Idaho National Laboratory who helped make this moment possible. I look forward to seeing continued progress in the American nuclear renaissance." //
Hallen
10 hours ago
American nuclear spent decades going nowhere, buried under regulatory delays and cost overruns.
This is the most important sentence in the article. It's true.
America could have been running on clean, ultra safe, abundant, reliable nuclear power by now if it were not for the climate alarmists and people who loved the movie "The China Syndrome". The EPA and other agencies have made it so difficult, to the point of being almost impossible, to develop nuclear power that advances came at a snail's pace.
The climate alarmists and Democrat officials saw the huge potential for massive funding shifts that could be manipulated for both personal gain and to develop Democrat power bases in "sustainable" energy. What they deemed unilaterally to be solar and wind. In my opinion, they intentionally hamstrung both fossil fuel development and nuclear development.
Look at the cost now. All those data centers everyone are overreacting over would be a non-issue for power consumption issues if we had these reactors. (they really aren't a problem either way, but it wouldn't be a talking point either). Powering EVs wouldn't be a worry.
The left has caused this problem. Even a little win like this one seems huge because of it.
I hope this trend continues and we can see more of this.
The article also doesn't mention the type of reactor. It's very important.
It's a sodium heat-pipe-cooled advanced microreactor. It's cooling mechanism is self-contained and does not need external water supplies for cooling. It means it can be used on things like submarines and a spaceships. It's also going to be used to power military bases to keep them secure and off the civilian grid.
These types of reactors can also be used in clusters to power remote locations so they don't need to be connected to the grid. That means lower infrastructure costs and independence. It could drive development in remote, harsh areas where people could live if they could get power and water. These types of reactors could drive that kind of development which would be a huge benefit to housing costs.
The future could be that your home is way out in the desert with a grand view and few if any other homes visible from your location. You'd connect to the urban areas via high speed tunnels using your EV or even autonomous aircraft. Half an hour and you're in Phoenix or Denver or Boise or Reno. It could be pretty cool.
