Developing and commercializing new metal alloys is a slow and expensive process. As a result, companies in sectors such as aerospace, defense, and energy often rely on established materials, even when they lack the performance required to build next-generation products. To address this challenge, Foundation Alloy is developing a new class of advanced alloys based on metals.
With the AI and data boom underway, electricity has become the top economic infrastructure for growth. Electricity has long been foundational to our society, powering our homes and businesses, but now, it is the primary infrastructure on which the digital economy, advanced manufacturing and an American industrial resurgence depend.
Two bills recently passed by the U.S. House—H.R.5631, the Geothermal Energy Advancement Act, and H.R.1687, the CLEAN Act—take direct aim at this regulatory dysfunction. Together, they represent a consequential step toward realizing the full extent of the geothermal opportunity as the legislation now moves to the Senate for consideration.
Since 1998, the federal government has paid nuclear reactor owners more than$10.6 billion in court-ordered damages over a broken contract of its own making. The tab grows by roughly $2 million a day, and total federal exposure may eventually reach $39.2 billion. The cause isn’t a safety failure or a market collapse but rather political failures.
Take, for example, Salmon Gold, a project undertaken by a RESOLVE initiative known as Regeneration. The project focuses on restoring key waterways for anadromous fish species (fish that move upstream to spawn in rivers) while enabling access to critical minerals.
America’s electric grid is facing a structural breaking point. Trillions of dollars of artificial intelligence infrastructure, data centers, and industrial reshoring demand power today, but traditional high-voltage transmission upgrades take five to seven years to deliver firm capacity. Under the status quo, large energy consumers are forced to wait in line, threatening stymied global leadership and lost economic growth.
Nuclear energy is safe, clean, reliable, and scalable. It can power the artificial intelligence (AI) revolution, revitalize industrial communities, and help meet our environmental ambitions. So why does building a nuclear plant in the United States cost so much?
Across the United States, billions of tons of industrial waste could hold the key to revitalizing the country’s struggling critical metals sector. PHNX Materials is unlocking that opportunity by transforming waste into high-value materials for the agriculture, semiconductor, and building materials industries.
Farm Bill debates this year have been riddled with pesticide fights. While the House was passing its farm bill, the Supreme Court was gearing up for a major case that could change how pesticide companies are held liable for their labeling. At the heart of these debates is one chemical in particular: glyphosate.
After two decades of flat demand, power consumption is surging. Grid Strategies forecasts 5.7 percent annual growth over the next five years, and the peak demand could be equivalent to 15 times New York City’s peak energy consumption.
Meanwhile, electricity prices are rising faster than inflation, and families and businesses across the country are feeling the effects.
It’s clear we need more supply, and nuclear power can be part of the solution. It’s safe, clean, dependable, and scalable. The key question for policymakers and ratepayers alike is: Is it cost-competitive?
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