Americans Develop Millimeter-Wave Drilling Technology to Dig the Deepest Hole in the World in Search of Geothermal Energy

Written by Fabio Lucas Carvalho

Published on 30/05/2025 at 16:04

Updated on 30/05/2025 at 16:10

Foto: Reprodução

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U.S. Company Tests Millimeter-Wave Drilling Technology Capable of Reaching Superheated Rocks up to 20 km Deep.

The oil and gas industry, today one of the world’s largest energy suppliers, may be the basis for a new breakthrough. A North American company is seeking to transform this existing infrastructure into a clean and abundant energy source by exploring the potential of superheated geothermal energy.

Goal of Revolutionizing the Energy Sector

Founded in 2018, Quaise Energy’s main mission is to revolutionize the energy sector.

The chosen path is the utilization of super-deep geothermal energy, a virtually untouched source until now due to technological challenges.

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Practical Demonstration of Technology in Houston

Recently, millimeter-wave drilling technology was successfully demonstrated on a large oil and gas platform in Houston, Texas.

According to the company, this is the first hybrid drilling rig capable of combining conventional and millimeter-wave methods.

“This is the first hybrid drilling rig, combining conventional and millimeter-wave capabilities“, declared the company. The advancement represents an important step towards the production of superheated geothermal energy.

Oil and Gas Infrastructure Can Accelerate the Process

Quaise Energy emphasizes that the current oil and gas industry drills about 70,000 wells per year worldwide, using nearly 2,000 rigs.

This entire structure and operational knowledge would be essential for enabling the expansion of geothermal energy.

“By using these resources to drill superheated geothermal wells, we can generate abundant base-load energy at record speed. There is no other energy solution capable of achieving the same scale and speed“, stated the company.

Depths Greater than the Deepest Well in the World

Quaise Energy’s plans involve drilling that can reach depths between 3 and 20 kilometers. This level surpasses even the Kola well in Russia, which reaches a depth of 12.2 kilometers.

At such depths, one can find what is called “superheated rock”, where temperatures exceed 375°C.

This intense heat can be converted into large-scale geothermal energy, contributing to the U.S. Department of Energy’s goal of increasing this type of energy production by 20 times in the coming years.

Currently, geothermal energy accounts for less than 1% of the total electricity generated in the United States.

The biggest challenge for the growth of this source lies precisely in the limitations of conventional drilling technologies, which cannot reach these deep and superheated zones. Millimeter-wave drilling emerges as a solution to this hurdle.

How Millimeter-Wave Drilling Works

The method developed by Quaise uses a device called a gyrotron. This equipment emits high-frequency and high-power millimeter waves, capable of vaporizing rocks, functioning like a “turbocharged microwave” that can drill the underground with precision.

Currently, Quaise Energy, in partnership with Nabors Industries, is conducting detailed tests to integrate the new technology into existing oil and gas platforms.

“We took a full-scale drilling rig and integrated our millimeter-wave drilling system. We call it a hybrid rig, capable of performing both conventional and millimeter-wave drilling to unlock geothermal energy at great depths worldwide“, explained Andres Calabressi, head of manufacturing at Quaise.

In a recent demonstration reported by New Atlas, the company succeeded in melting a hole in a combination of granite and basalt rock.

The test was conducted using a 100 kW gyrotron, powered by 50,000 volts of direct current, coupled with Nabors F equipment.

During the procedure, the drill operated at approximately 48 kW, burning the rock at a rate of 2 centimeters per minute.

According to the company, the success of the test reinforces the potential of the technology to make superheated geothermal energy a global reality.

With tests still ongoing, Quaise Energy’s expectation is to start mobilizing resources and preparing its first commercial geothermal project in the coming years.

“After these tests are completed, we will begin to mobilize everything and prepare for our first commercial geothermal project in the coming years“, concluded Calabressi.

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Americans Develop Millimeter-Wave Drilling Technology to Dig the Deepest Hole in the World in Search of Geothermal Energy

U.S. Company Tests Millimeter-Wave Drilling Technology Capable of Reaching Superheated Rocks up to 20 km Deep.

Goal of Revolutionizing the Energy Sector

Practical Demonstration of Technology in Houston

Oil and Gas Infrastructure Can Accelerate the Process

Depths Greater than the Deepest Well in the World

How Millimeter-Wave Drilling Works

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Americans Develop Millimeter-Wave Drilling Technology to Dig the Deepest Hole in the World in Search of Geothermal Energy

U.S. Company Tests Millimeter-Wave Drilling Technology Capable of Reaching Superheated Rocks up to 20 km Deep.

Goal of Revolutionizing the Energy Sector

Practical Demonstration of Technology in Houston

Oil and Gas Infrastructure Can Accelerate the Process

Depths Greater than the Deepest Well in the World

How Millimeter-Wave Drilling Works

Libya built over 4,000 kilometers of underground pipelines to bring water from the Sahara to coastal cities in a project that the government itself called the Eighth Wonder of the World.

Desert sand, previously discarded for being too smooth for concrete, becomes an ecological brick in the United Arab Emirates, dispensing with Portland cement, curing at room temperature, and attempting to transform dunes useless for construction into raw material for a new arid engineering.

He transformed an abandoned plastic water tank into an underground house in the “hobbit hole” style, using only repurposed pallet wood, without heavy machinery or expensive labor.

Toyota launches “family hybrid van” with 7 or 8 seats, 1.8 hybrid engine, fuel consumption of up to 23.8 km/l, and a price equivalent to about R$ 104,000 without taxes, below the Tiggo 8 Pro Plug-in Hybrid sold in Brazil: meet the Noah Hybrid 2026 in Japan.

China transforms desert-devastated area into the world’s largest artificial forest, planting trees for 60 years, blocking sand that reached Beijing, and creating a “green lung” of 92,000 hectares in a region once considered lost.

With 70 tons of rock removed by hand and an 800-year-old abandoned cave, a former businessman transforms a dark shelter into a modern home carved in the heart of the forest.

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