Newsroom Archive

The Global Clean Energy Action Forum took place in Pittsburgh, Pennsylvania, where the focus was on clean energy action and the global transition to net-zero emissions. At this convening of global leaders, CEOs, innovators, civil society and more, nuclear energy was recognized as a key part of the solution.

In order to address global warming, the world needs to go carbon-free. But our carbon-free future must work for people, as well as the climate. Keeping the lights on, providing job opportunities, ensuring affordable monthly bills, and reaching remote communities—these are all goals that our climate solutions need to achieve. The good news? We have a deployable source of energy that checks all these boxes: nuclear.

This fall, governments, NGOs, the private sector, academia and more are meeting at three big international events where nuclear energy and climate action are on the agenda: Global Clean Energy Action Forum, IAEA Ministerial Conference on Nuclear Power, and UN Climate Change Conference.

Students across the country are returning to school this week. Whether you are an educator, a parent, or involved in community outreach, these resources can help create an impactful lesson plan about our nation’s largest source of carbon-free electricity: nuclear energy.

A recent study found that residents living closest to nuclear power plants view them favorably, and instead of saying Not In My Back Yard (NIMBY), they understand the benefits nuclear plants bring to communities and would welcome new reactors in their neighborhoods. The biennial survey done by Bisconti Research gathered the opinions of 910 full-time residents within a 10-mile radius of nearly all nuclear power plants in the U.S., excluding households with people who work at a nuclear power plant due to their vested interest.

After a vote-a-rama in the Senate and passage in the House, President Joe Biden signed the Inflation Reduction Act (IRA) into law. It’s not often that Congress returns to Washington during August district work periods to pass legislation—unless it’s important. In fact, President Biden called the legislation "the biggest step forward on climate ever.” And at the center of this big step to address climate change is support for carbon-free nuclear energy.

Dow Chemical, one of the largest chemical producers in the world, plans to drive down its carbon emissions through the deployment of X-energy’s small modular reactor (SMR) design. Dow is the first manufacturer to announce the intention to develop SMR technology options. Transportation and industry comprise over half of emissions in the U.S., which is double that of the electricity grid. The world won’t be able to achieve deep decarbonization without committing to innovative solutions for these sectors—which is exactly what Dow is doing.

Congressman Byron Donalds (R-F.L.) recently introduced important legislation to mobilize nuclear energy to aid disaster relief efforts. The National Strategy to Utilize Microreactors for Natural Disaster Response Efforts Act seeks to utilize clean, reliable, and portable nuclear microreactors—instead of carbon-emitting diesel generators—to assist with natural disaster recovery efforts. Providing communities with power in the aftermath of disasters such as hurricanes is essential, especially when the NOAA Climate Prediction Center is forecasting the seventh consecutive above-average hurricane season this year.

When people think about electricity, they generally think of how their houses, cars and appliances are powered. Disruptions to the grid have shown how essential electricity access is, and where and how we get this power matters. Because of this, more clean, reliable, affordable and homegrown power like nuclear energy is absolutely essential to ensuring America’s energy security. But it’s not just about the United States—it’s about the world, as our allies seek to decarbonize and secure their own grids.

Chief Nuclear Officers at Nuclear Energy Institute member utilities are expecting to add 90 gigawatts of nuclear power to the grid according to a recent NEI poll. That translates to about 300 new small modular reactors (SMRs) with the bulk coming online by 2050—this level of nuclear energy output would avoid 471 million metric tons of carbon dioxide emissions, over 280,000 tons of sulfur dioxide, and over 235,000 tons of nitrogen dioxide each year.