Why the Versatile Test Reactor is Key to Our Carbon-Free-Energy Future

To establish and sustain U.S. leadership in emerging nuclear-energy technologies, the commercial and R&D sectors must work in tandem to demonstrate relatively mature technologies while also upgrading the R&D infrastructure to pursue less-mature concepts and to ensure long-term commercial viability of demonstrated designs.

It is compelling to see the U.S. look to take the reins in the energy 'arms' race here, as it's not just about domestic production but also about being able to supply other nations with technologies, strategies, and advice. 

What's the process look like for ensuring the developments at VTR get to the commercial U.S. nuclear players as well? Are they brought in as partners early on in that process? 

"The world is facing a serious dilemma: How do we achieve energy equity for a growing population while also transitioning to clean-energy sources to combat climate change?

 Did you know nearly a billion people in the world today have no access to electricity or that nearly the same amount of people do not have access to safe drinking water? These basic needs are amid a rising population whose growing demand for energy is contributing to ever-increasing greenhouse gas emissions, and they will be difficult to meet through yesterday’s energy technologies."

Emily, I love that

Emily, I love that Kemal begins his post on LinkedIn highlighting the social justice aspect of nuclear energy - on a small scale, it has the capability to provide developing countries with an affordable, reliable supply of clean energy; on a global scale, it has the capability to fight the environmental problem we all face.

The small modular reactors being developed at INL's Virtual Test Reactor will, no doubt, have a critical role to play.