The energy landscape in the U.S. is on the verge of significant transformation.
This week, members of the House Natural Resources Committee explored the tremendous potential of geothermal energy, calling it “a new era of American energy driven by innovation, technology, and workers.”
Chris Wright, the new energy secretary under President Trump, has expressed strong support for geothermal as a means to “energize our country.” A March survey indicated that geothermal could satisfy nearly two-thirds of the energy demands from AI data centers by the early 2030s.
In New York City, recent housing and office projects in areas like Greenpoint, Coney Island, and Manhattan are increasingly relying on this energy source.
Geothermal could be the key to a sustainable energy future.
Yet, there’s a catch. Geothermal energy can be costly as accessing it has traditionally been challenging. That may be changing.
Today, American innovators are pushing the geothermal revolution forward using directional drilling and hydraulic fracturing, the very technologies that unlocked American shale.
“This isn’t just a concept; it’s a fully operational energy project,” stated Tim Latimer from Fervo Energy during Monday’s House Committee meeting.
“We’ve unlocked geothermal energy in places that were once thought unattainable.”
So, how does it actually work? Beneath the Earth’s surface lies a mix of hot rocks and molten materials, and heat from these sources is essential for turning turbines that generate electricity.
Shallow geothermal wells can tap into heat just a few feet beneath the ground, as seen in projects like the Urban Block Long Green Point Project, which employs a geothermal system with 300 boreholes extending nearly 500 feet down. However, to generate power at the scale needed for a plant, wells often need to reach depths of two miles.
Accessing this deeper heat source has been exceptionally difficult until now. Just like directional drilling made previously unreachable oil and gas deposits accessible, it can potentially do the same for geothermal energy throughout the U.S.
Wells can be drilled horizontally into those hot rocks, injecting high-pressure fluids to generate energy that turns turbines, which can then power factories, heat homes, light up spaces, and fuel vehicles.
Geothermal energy boasts a capacity factor of 90%, meaning it can run continuously at near full capacity, meeting energy demands around the clock and ensuring stability in the energy grid.
New York has made some minor investments in geothermal, including tax incentives for residential systems.
However, expanding the use of directional drilling is crucial for broadening reliable, carbon-free energy sources in the country.
If we grasp this opportunity, the U.S. could lead in this emerging market, unlocking geothermal technology not just domestically, but globally.
Failing to do so could mean losing ground to China, which has established itself in key mineral markets essential for renewable technologies.
Currently, the U.S. is struggling to keep pace with manufacturing in areas like solar panels and electric vehicles.
When it comes to geothermal energy, there’s no room for missteps.
Leveraging oil and gas expertise in the geothermal arena could maintain U.S. leadership in this vital sector without relying on China.
Directional drilling has transformed access costs for shale resources before.
After its large-scale adoption in the early 2000s, natural gas production in the U.S. more than doubled. By 2016, this approach represented nearly 70% of all oil and gas wells.
Today, American shale resources are unrivaled.
If the same success can be replicated for geothermal energy, costs could potentially drop by as much as 80% by 2035, according to estimates from the International Energy Agency.
Offering geothermal energy at a significantly reduced cost would position the U.S. as a frontrunner in one of the world’s largest energy markets.
It’s no surprise that when Trump formed the National Energy Control Council, geothermal heat was highlighted as one of the country’s “amazing national assets.”
Directional drilling changed the game for shale and bolstered the nation. It’s time to unleash these tools anew, allowing America to take the lead in the geothermal revolution.
