AI growth is increasing electricity demand and raising environmental, economic, and strategic stakes. Meeting that demand requires power that is stable, reliable, clean, and built quickly. Enhanced geothermal systems are presented as a serious option for AI infrastructure, using oil-and-gas drilling techniques to access underground steam and hot water. The United States has developed only a small fraction of its geothermal potential, while investor interest is growing, including large funding totals and an IPO roadshow. The focus centers on aligning new generation capacity with grid reliability and long-term resilience while supporting industrial competitiveness and capital flows.
"The challenge [of meeting demand] is not only an environmental one, but also an economic one and strategic one. "The race to power the next generation of growth will help shape industries, capital flows, competitiveness and long-term resilience across the global economy.""
"Speakers from the featured companies kept circling back to a simple but urgent idea-the next wave of growth depends on electricity that is not only stable, but reliable, clean and fast to build."
"EGS employs techniques like those used in oil and gas drilling to tap into underground reservoirs of steam and hot water to produce power. According to Blake, the U.S. has tapped only four gigawatts (GW) of geothermal power out of a potential 100 GW of clean, round-the-clock geothermal capacity."
"Investor interest is also strong, with $2.05 billion raised to date and an IPO roadshow launched on May 4 of this year. (Update: Fervo's initial public offering netted the Houston-based company about $1.9 billion a"
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