SHINE Technologies

Directions Website

SHINE Technologies Deploying & scaling near-term applications of fusion we hope will one day lead to powering the world.

We'll be at UW-Platteville's Fall Career Fair on September 24, from 9AM to 12PM, in Ullsvik Hall.Last week we made a sto...
09/23/2026

We'll be at UW-Platteville's Fall Career Fair on September 24, from 9AM to 12PM, in Ullsvik Hall.

Last week we made a stop in Madison, talking with students about what it's like to inspect critical components and produce medical isotopes that diagnose and treat cancer. We're also building toward nuclear fuel recycling and fusion energy, all happening right now, right here in Wisconsin.

Come find us and discover how you can become a part of everything we're doing.

A good idea becomes an industry once it's been built, operated and improved enough times to get cheaper and better with ...
09/22/2026

A good idea becomes an industry once it's been built, operated and improved enough times to get cheaper and better with each round.

That's part of the conversation our founder and CEO Greg Piefer is joining in New York today. A Blueprint for Deep Tech's Next Decade, 5:10 on the main stage at The Nest Campus, with Nicolas Burkardt of Marvel Fusion and Thomas Forner of Focused Energy, moderated by Molly Taft of WIRED.

They'll cover early revenue, shared risk, strategic partnerships, and the public-private infrastructure that outlasts any single company. That's work we're already doing across our platform -- through neutron testing, medical isotopes and nuclear waste recycling on the way to fusion energy -- that gives us real customers, and real manufacturing and operating experience.

Aging infrastructure, fragile supply chains, a growing nuclear waste challenge and rising energy demand are creating pro...
09/18/2026

Aging infrastructure, fragile supply chains, a growing nuclear waste challenge and rising energy demand are creating problems that need new solutions.

We’re already tackling some of them while building toward what comes next. Swipe through to see where we fit in.

University of Wisconsin-Madison Engineering Students, come meet a company that's already putting fusion to work. Fusion...
09/16/2026

University of Wisconsin-Madison Engineering Students, come meet a company that's already putting fusion to work.

Fusion engineering jobs exist today, and a lot of them are in Wisconsin.

We'll be at the UW-Madison Engineering Career Fair on September 17 from 11AM to 5PM in the Engineering Centers Building.

Today, we use fusion to inspect critical parts and test electronics against radiation. We produce medical isotopes used to diagnose and treat cancer. And we're building toward nuclear fuel recycling and fusion energy, all right here in Wisconsin.

Stop by to talk about everything our engineers are already doing today, and where you could fit in.

09/16/2026

Congratulations to Argonne National Laboratory on 80 years of nuclear science!

We're proud to partner with them on a wide range of nuclear fuel recycling initiatives.

We're taking today off, but our “fusion sprinkles” are working overtime.
09/07/2026

We're taking today off, but our “fusion sprinkles” are working overtime.

08/18/2026

U.S. power demand is rising faster than it has in decades, and a fuel that could help meet it is sitting in storage, counted as waste.

Used nuclear fuel still holds the vast majority of its original energy. The chemistry to recover it is well established. The commercial infrastructure is less so: a facility that can be licensed, safeguarded, tracked and operated economically.

That's the gap our ARPA-E CURIE work with EPRI, GE Vernova, Argonne National Laboratory and Case Western Reserve is built to close.

How we're doing it:
Closing the Loop: Building the Commercial Infrastructure for Nuclear Fuel Recycling
https://hubs.li/Q04tsRfj0

SHINE Joins GE Vernova-Led ARPA-E Project to Modernize Nuclear Material Accountability in Fuel Recycling
https://hubs.li/Q04tsPlX0

SHINE to Support Argonne National Lab and Case Western Reserve University on High-Throughput Separation Technology to Advance Nuclear Fuel Recycling
https://hubs.li/Q04tsNG10

We've joined Prometheus, one of the first Phase II awards under the U.S. Department of Energy's Genesis Mission — a $60 ...
07/24/2026

We've joined Prometheus, one of the first Phase II awards under the U.S. Department of Energy's Genesis Mission — a $60 million national effort to bring AI to nuclear energy.

Led by Idaho National Laboratory, Prometheus unites the national labs and industry to speed how advanced reactors are designed, licensed, and built.
This is the second front of our work under the — putting AI to work on the full nuclear fuel cycle.

We're building a stronger American nuclear future, together with the U.S. Department of Energy, Office of the Under Secretary for Science and Idaho National Laboratory.

https://hubs.li/Q04qBBqg0

We’ve been named a prime recipient of one of the inaugural awards under the U.S. Department of Energy’s Genesis Mission ...
07/23/2026

We’ve been named a prime recipient of one of the inaugural awards under the U.S. Department of Energy’s Genesis Mission — the administration's historic, more-than-$5-billion push to double America’s scientific output through AI.

Our project: an AI tool for designing nuclear fuel recycling processes.
Our goal: recover more usable material from used fuel.
Our technical partner: Argonne National Laboratory

SHINE and newcleo announced an agreement today to explore how our technologies could work together to close the nuclear ...
06/17/2026

SHINE and newcleo announced an agreement today to explore how our technologies could work together to close the nuclear fuel cycle. We're assessing how we could supply newcleo with recovered materials to manufacture MOX fuel — and how we could recycle spent fuel from newcleo's advanced reactors in return.

We’re developing reprocessing technologies to pull uranium and plutonium from the 90,000 metric tons of used nuclear fuel sitting in the US.

newcleo is building MOX fuel manufacturing and lead-cooled fast reactors designed to run on exactly that material.

Put those together and you get a closed fuel cycle — less waste, lower long-term storage costs, and a domestic fuel supply for the next generation of reactors.

https://hubs.li/Q04lM4_M0

Address

3400 Innovation Court
Janesville, WI
53546

Opening Hours

Monday 9am - 5pm
Tuesday 9am - 5pm
Wednesday 9am - 5pm
Thursday 9am - 5pm
Friday 9am - 5pm

Website

Alerts

Be the first to know and let us send you an email when SHINE Technologies posts news and promotions. Your email address will not be used for any other purpose, and you can unsubscribe at any time.

Shortcuts

Share

Category