Dylan Jovine wants you to think about geothermal energy the way people thought about oil in 1901. That was the year a drilling crew at Spindletop, Texas hit a gusher that launched the petroleum age. Jovine’s pitch for the Last Energy Revolution says the same kind of moment is happening right now in a valley in Utah, and the date everything changes is August 18.
The pitch is for Behind the Markets at $99 per year. It has been running since at least July 2026, and the catalyst date has moved once — an earlier version said July 4. The August 18 date is the current deadline in the ad.
The Date That Moved
The July 4 version of the pitch pointed to the one-year anniversary of the Big Beautiful Bill’s solar and wind subsidy cutoff. When that date came and went without a singular catalyst event, the ad updated to August 18. August 18 is a Monday. No public filing, earnings release, or regulatory deadline from the companies in this thesis falls on that date. The most likely explanation is that August 18 is a rolling marketing deadline — the date gets refreshed when the previous one passes, keeping the urgency current for new ad impressions.
That pattern is worth naming directly. A catalyst date that moves without explanation is a marketing mechanic, not a milestone. The underlying thesis does not depend on any specific date. Project Forge’s drilling results are published. Google’s PPA is signed. The policy reclassification is law. If the thesis plays out, it plays out on the strength of those pieces, not on a date in an ad.
What Project Forge Actually Is
The story centers on a drilling site in Beaver County, Utah. A crew punched through 15,765 feet of solid granite in 16 days. The Department of Energy estimated a well that deep should have taken 64 days. That four-fold speed improvement came from applying drilling technology developed for oil and gas fracking to geothermal exploration.
The DOE calls the initiative Project Forge. It is an enhanced geothermal systems program — the technical term for pumping fluids into hot rock formations two to three miles underground, fracturing the rock, and circulating the heated water back up to spin turbines. The technology borrows directly from the shale revolution’s horizontal drilling and hydraulic fracturing techniques. The difference is what you are fracturing for: heat instead of hydrocarbons.
Google signed a 15-year power purchase agreement for 150 megawatts from the Utah project on February 17, 2026. Berkshire Hathaway and the Pentagon have also backed geothermal initiatives. The site’s verified capacity is 5 gigawatts, according to the independent firm that certifies Saudi Arabia’s oil reserves. Twenty of 24 planned wells are completed. A 400-megawatt transmission line from a retired coal plant is waiting to connect the power to the grid. The first 100 megawatts are scheduled to go live in October 2026.
The Policy Shift
The policy angle is what makes this pitch different from the geothermal teasers that circulated in 2008 and again in 2017. Both of those waves produced excitement and then disappointment as junior geothermal companies failed to scale.
This time the government did something structural. The Department of Energy eliminated the Office of Renewable Energy entirely and reclassified geothermal alongside oil and nuclear. The “Big Beautiful Bill” signed in July 2025 killed federal tax credits for wind, solar, and electric vehicles — with a one-year sunset clause. After July 4, 2026, new utility-scale wind and solar projects are no longer eligible for federal subsidies. Geothermal was the one renewable source that kept its government backing.
That creates a practical pipeline. Utilities, power developers, and data center operators looking for clean baseload power with government support have one category left standing.
The Infrastructure Play
The structural argument for this pitch is about who controls the infrastructure stack when enhanced geothermal moves from pilot to commercial scale.
A vertically integrated geothermal operator — one that finds the resource, designs its own energy converters, manufactures them in its own factory, builds the power plants, and then operates and owns them — occupies a position the new entrants cannot replicate. The startups now entering enhanced geothermal with billions in venture funding bring the exciting technology and the capital. They do not bring six decades of execution, and they do not bring the only end-to-end geothermal operation on the planet. When the buildout scales, the companies that can engineer systems and manufacture equipment for the startups become the logical beneficiaries, because the infrastructure stack is where the bottlenecks live.
The Three Pillars Argument
Jovine’s core argument is that every alternative energy source fails on at least one of three pillars: cost, availability, or efficiency. Hydrogen cracks the efficiency equation on paper but has been “10 years away for 30 years.” Wind and solar deliver on cost but disappear at sunset. Nuclear provides availability but bankrupts projects before they generate a single watt. Geothermal, he argues, is the first energy source in over a century that delivers all three at once, without carbon emissions, geopolitical dependencies, or fuel costs.
The comparison to oil is deliberate. Oil produced the single largest family fortune in American history — the Rockefeller dynasty — because for a century nothing matched its combination of cheapness, abundance, and energy density. Jovine is making the case that geothermal occupies the same structural position oil did in 1901.
The Cost Curve and the Fervo Counterweight
The economics of enhanced geothermal are where the thesis meets the market. Current EGS costs run roughly $450 per megawatt-hour. Utility-scale solar and wind deliver at $30 to $50 per MWh. That gap is real, and it is the reason EGS has been “ten years away” for decades. Fervo Energy, the EGS pure-play that IPO’d in May 2026 at a $1.9 billion valuation, is trading around $24 — down from a post-IPO high near $42. The market’s verdict on near-term commercial viability is visible in that chart.
Fervo’s own data tells a more interesting story. Drilling times at their Cape Station project fell from 70 days on the first well in 2022 to 21 days by July 2026. Well costs dropped from $9.4 million to $4.8 million. That is a learning curve, and it has the same shape as the shale cost curve from 2008 to 2020. The question is whether well-level cost improvements translate to project-level economics. Fervo’s cost trajectory runs from $7,000 per kilowatt at IPO to a $3,000 long-term target. Wood Mackenzie’s base case projects geothermal meeting 0.2% of the increase in global power demand through 2035.
The thesis does not require EGS to be the cheapest energy source. It requires EGS to be the cheapest baseload clean energy source — the one that runs 90 to 95% of the hours in a year without fuel costs, batteries, or carbon emissions. Solar and wind need storage to match that, and storage adds cost. Nuclear provides baseload but carries regulatory, waste, and cost-overrun burdens that have killed more projects than they’ve built. The niche EGS is competing for is the one Google’s 15-year PPA validates: hyperscaler data centers that need 24/7 carbon-free power and are willing to pay a premium for it.
The Execution Picture
The thesis is this: enhanced geothermal is entering a genuine policy window. The drilling breakthroughs at Project Forge are documented. Google’s 15-year commitment is contracted. The regulatory pathway created by killing wind and solar subsidies is law. The company positioned to benefit from all of it is the one that controls the infrastructure stack — and that company is the one Jovine teases in the presentation.
The returns the ad describes depend on execution at a scale the industry is now approaching for the first time. The 5-gigawatt capacity estimate is the resource base. The October start for first power is the first concrete milestone. The August 18 date in the ad is a deadline for a permitting decision or a funding announcement — the next step in the buildout timeline.
The 2008 and 2017 geothermal waves stalled because the drilling economics did not work and the policy window never opened. This time the drilling speed is four-fold, the Google contract is 15 years, and the policy architecture removed every other renewable competitor from the subsidy pool. What makes the thesis play out is visible in the pieces already in place: the drilling breakthrough at Project Forge, the 400-megawatt transmission line waiting to connect, and the one company that controls the infrastructure stack to build it. Jovine identified the moment. The Utah desert is where it is being built.