THAT'S IT? This is what 20 years worth of spent nuclear fuel looks like safely stored at the former Maine Yankee nuclear plant.
The energy produced from this fuel helped avoid 70 million metric tons of CO2 emissions.
THAT'S IT? This is what 20 years worth of spent nuclear fuel looks like safely stored at the former Maine Yankee nuclear plant.
`The energy produced from this fuel helped avoid 70 million metric tons of CO2 emissions.
THAT’S IT?
This is what 20 years’ worth of spent nuclear fuel looks like safely stored at the former Maine Yankee nuclear plant.
The plant generated 119 billion kilowatt hours of reliable power from 1972-1996, which is enough to power half a million homes each year.
THAT'S IT?
This is what 20 years worth of spent nuclear fuel looks like safely stored at the former Maine Yankee nuclear plant.
The energy produced from this fuel helped avoid 70 million metric tons of CO2 emissions.
ON THE MOVE: This transportable microreactor developed by @WECNuclear is being designed to generate 5 MWe and operate for up to 8 years or longer without refueling.
Westinghouse is one of two companies selected to test in DOME — the world’s first microreactor test bed at @INL.
THAT’S IT? This is what 20 years’ worth of spent nuclear fuel looks like safely stored at the former Maine Yankee nuclear plant.
The plant generated 119 billion kilowatt hours of reliable power from 1972-1996, which is enough to power half a million homes each year.
POWERFUL PROGRESS: Nuclear is off to a fast start under the Trump Administration.
Here are 11 key accomplishments from President Trump's first 100 days. 🧵 (1/12)
NUCLEAR 101: Microreactors are factory-built, plug-and-play reactors. They can be used to power military bases, disaster recovery efforts or remote locations where traditional infrastructure doesn’t exist.
Learn more: bit.ly/2BwsYQR
THAT'S IT? This is what 20 years’ worth of spent nuclear fuel looks like safely stored at the former Maine Yankee nuclear plant.
The energy produced from this fuel helped avoid 70 million metric tons of CO2 emissions.
BREAKING: @CEGCleanEnergy announces plans to restart Three Mile Island Unit 1.
The company signed a 20-year power purchase agreement to provide carbon-free electricity for @Microsoft data centers.
Learn more: constellationenergy.com/news…
Nuclear thermal propulsion rockets can reduce travel times to Mars by up to 25% and, more importantly, limit a flight crewʼs exposure to cosmic radiation 🚀⚛.
Learn more: energy.gov/ne/articles/6-thi…
WATCH 👀: @INL researchers captured this incredible footage of critical heat flux—a physical phenomenon that occurs when a fuel rod first begins to overheat and can no longer transfer additional heat to the water.
Learn more: bit.ly/2Zwbown
WATCH 👀: @INL researchers captured this incredible footage of critical heat flux—a physical phenomenon that occurs when a fuel rod first begins to overheat and can no longer transfer additional heat to the water.
Learn more: bit.ly/2Zwbown
.@SecretaryWright: “It's been decades since we've built any meaningful nuclear capacity in this country... But President Trump is committed to getting this nuclear renaissance - that’s been talked about for years – going…We're going to see some plant restarts. We're going to see increased investment. We will see a small modular reactor hopefully running and definitely several under construction during President Trump's term in office.”
WATCH 👀: @INL researchers captured this incredible footage of critical heat flux—a physical phenomenon that occurs when a fuel rod first begins to overheat and can no longer transfer additional heat to the water.
Learn more: bit.ly/2Zwbown
NUCLEAR 101: Microreactors can be used to power military bases, disaster recovery efforts, or remote locations where traditional infrastructure doesn’t exist.
Learn more: bit.ly/2BwsYQR
How do you hold a ton of coal in your fingertips🤏?
Replace it with a uranium fuel pellet. It yields the same amount of energy as 17,000 cubic feet of natural gas, 149 gallons of oil or 1 ton of coal!
THAT’S IT? This is what 20 years’ worth of spent nuclear fuel looks like safely stored at the former Maine Yankee nuclear plant.
The plant generated 119 billion kilowatt hours of reliable power from 1972-1996, which is enough to power half a million homes each year.
That’s it?
This is what 45 years of spent nuclear fuel looks like safely stored at Dominion Energy’s North Anna nuclear power plant.
Each cask generated around 5 billion kilowatt hours of electricity — enough to power nearly half a million homes each year.
FACT: More than 90% of the potential energy still remains in spent nuclear fuel.
Some advanced reactors under development could consume or even run on this fuel in the future. ♻️
🧵: BREAKING: @ENERGY releases preliminary report that finds more than 60 GW of new nuclear capacity could potentially be built at currently operating or recently retired nuclear power plant sites across the country. (1/5)
Here’s what we found ⬇️
energy.gov/ne/articles/could…
IT’S OFFICIAL: The final rule certifying @NuScale_Power's 50 megawatt small modular reactor takes effect TODAY.
This is the first SMR ever certified by @NRCgov and the 7th reactor design cleared for use in the U.S. (1/2)
Nuclear thermal propulsion rockets can reduce travel times to Mars by up to 25% and, more importantly, limit a flight crew's exposure to cosmic radiation.
Learn more: bit.ly/38sotWg
Nuclear thermal propulsion rockets can reduce travel times to Mars by up to 25% and, more importantly, limit a flight crew's exposure to cosmic radiation.
Learn more: bit.ly/38sotWg
FACT: More than 90% of the potential energy still remains in spent nuclear fuel.
Some advanced reactors under development could consume or even run on this fuel in the future.
ARE YOU READY🙌? These 3 advanced reactor systems could be coming as soon as 2030 and are expected to be:
▶️Smaller
▶️More flexible 🤸♀️
▶️Highly efficient. 📈
energy.gov/ne/articles/3-adv…
NUCLEAR 101: Microreactors are factory-built, plug-and-play reactors. They can be used to power military bases, disaster recovery efforts or remote locations where traditional infrastructure doesn’t exist.
Learn more: bit.ly/2BwsYQR
🧵: COAL 🏭 TO NUCLEAR ⚛️?
New @ENERGY report finds hundreds of coal power plant sites could be converted to nuclear power plant sites—more than doubling U.S. nuclear capacity to more than 350 gigawatts. 1/5
energy.gov/ne/articles/could…
That’s it?
This is what 45 years of spent nuclear fuel looks like safely stored @DominionEnergy’s North Anna nuclear power plant.
Each cask helped avoid more than 3 million metric tons of emissions!
NUCLEAR 101: Microreactors can be used to power military bases, disaster recovery efforts, or remote locations where traditional infrastructure doesn’t exist.
ON THE MOVE: This transportable microreactor developed by @WECNuclear is being designed to generate 5 MWe and operate for up to 8 years or longer without refueling.
Westinghouse is one of two companies selected to test in DOME — the world’s first microreactor test bed at @INL.
Advanced light-water small modular reactors are smaller, manufactured versions of large-scale reactors.
They typically range from 20 to 300 megawatts of electric power and can come in two types — pressurized or boiling water reactor systems.
FACT: More than 90% of the potential energy still remains in spent nuclear fuel.
Some advanced reactors under development could consume or even run on this fuel in the future.
Advanced light-water small modular reactors are smaller, manufactured versions of large-scale reactors.
They typically range from 50 to 350 megawatts of electric power and can come in two types — pressurized or boiling water reactor systems.
That’s it?
This is what 45 years of spent nuclear fuel looks like safely stored @DominionEnergy’s North Anna nuclear power plant.
Each cask helped avoid more than 3 million metric tons of emissions!
THAT’S IT? This is what 20 years’ worth of spent nuclear fuel looks like safely stored at the former Maine Yankee nuclear plant.
The plant generated 119 billion kilowatt hours of reliable power from 1972-1996, which is enough to power half a million homes each year.
NUCLEAR 101: Microreactors can be used to power military bases, disaster recovery efforts, or remote locations where traditional infrastructure doesn’t exist.
Learn more: bit.ly/2BwsYQR
NUCLEAR 101: Microreactors can be used to power military bases, disaster recovery efforts, or remote locations where traditional infrastructure doesn’t exist.
Learn more: bit.ly/2BwsYQR