A New Era for Nuclear: Gen IV Designs and Future Innovation
Explore the advancements in nuclear energy with Gen IV designs and future potential, showcasing the benefits and progress made in the industry from safety to efficiency. Discover the latest trends and developments shaping the nuclear energy landscape today.
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Presentation Transcript
MORE NUKES LESS KOOKS A new look at nuclear energy
Nuclear power plants 2000-2022 150 nuclear powerplants have been built in the first two decades of the century by numerous countries. How many in the U.S.? 1(online in 2016) 57 plants were under construction or brought online in 2023, led by China and India. 300 more plants are being proposed
Where are we headed with nuclear power? Majority of recent installations are Gen III designs Gen IV designs are in development stages (dating back to 1950) China, Russia, and some EU countries are leading the way. In the U.S., NuScale and Terrapower are primary proponents of Gen IV design
Why Nuclear Energy Represents the Future Emmission free Safety Dependable Versatile Small land footprint
More Reasons Minimal waste Hydrogen production Low cost New designs (more later) Future potential of fusion (a different rabbit- hole)
Gen IV Designs Molten Salt/Sodium cooled reactors Lead cooled fast reactors Gas cooled reactors Small modular reactors Micro reactors
Gen IV advantages Small footprint Vastly reduced materials/construction costs Walk-away safety systems Reduced waste volume 30% improved efficency over LWR Refueling during operation Ability to burn harmful actinides
Pathway for the Future? International education on nuclear energy Carbon tax implementation Level energy playing field Revise licensing/regulatory rules Government policy changes
