German startup Telura is aiming to deploy electric impulse drilling technology to make deep geothermal systems more accessible and cost-effective to develop.

Telura has raised €4M to commercialise electro-impulse drilling, a technology that fractures rock with high-voltage pulses ...

It's the first commercially viable "blind geothermal" system found in the U.S. in decades — and could provide enough energy to power a small city.

As district heating prices rise again in Germany, deep geothermal networks in Bavaria report stable costs for the 2025/26 ...

Scientists once drilled seven miles (12 km) into Russia’s Kola Peninsula to test the limits of engineering. Half a century later, that ultra-deep mindset is being repurposed for something more ...

A project underway in New Haven shows the potential of the system, which harnesses heat beneath the earth. But it's not suitable everywhere.

Cornwall's first deep geothermal power plant generates low-carbon electricity and extracts lithium, enhancing energy security and supporting clean technology.

The UK has reached a landmark energy milestone with the activation of its first geothermal power plant at United Downs in ...

Geothermal energy, recognized for its sustainability and high capacity factor, offers a stable and renewable alternative to fossil fuels. However, conventional multi-well enhanced geothermal systems ...

Most people are familiar with geothermal energy from pictures of Iceland and from the heat pumps in their home. But, geothermal energy can be located in much broader geographic areas, and can be ...

Geothermal energy is a type of renewable energy that uses accessible thermal energy deep underground, extracting the heat from geothermal reservoirs in the Earth’s crust. Since the heat from the Earth ...