Plans Released For Advanced Reactors That Could Power 1.5 Million Homes
One of the SMRs could generate 240 megawatts of electricity (MWe) while taking up only a fraction of the space a traditional power plant would.
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One of the SMRs could generate 240 megawatts of electricity (MWe) while taking up only a fraction of the space a traditional power plant would.


The spent nuclear fuel will be buried over 1,400 feet deep in ancient bedrock to keep it safely isolated for a million years.


Deep Isolation’s recent recognition enables them to demonstrate and scale a permanent nuclear waste solution for commercial deployment.


Find out how effective HVAC design can enhance project management efficiency, ensuring faster fixes and fewer mistakes.


The two companies are working together to build and sell small nuclear reactors for ships and ocean-based industries.
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A closer look at how Deep Isolation is rethinking nuclear waste disposal using deep borehole technology for long-term storage.


The next phase in the reactor’s deployment will be to see if the design actually works.


NANO Nuclear becomes one of only a handful of advanced reactor developers to reach the Construction Permit Application stage.


Because of tungsten’s heat resistance and robustness, it’s the material of choice for plasma-exposed surfaces.
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