Colorado Mesa University has set a gold standard for 5th-generation Thermal Energy Networks, demonstrating how a campus can triple in size while keeping energy usage nearly flat. By connecting 20 buildings into a shared loop that balances heating and cooling loads, the university has saved over $15 million in energy costs and reduced its Colorado River water consumption by 10 million gallons annually.
https://t.co/NzfkbQeQ7r #Geothermal
The Cape Station project in southwest Utah is setting a new benchmark for the energy transition as @fervoenergy partners with ABB to power the world’s largest next-generation geothermal development. This 500MW facility is designed to deliver carbon-free baseload power to approximately 355,000 homes.
https://t.co/uxhG9Lltup
Don't miss our presentation at the @AHRExpo tomorrow! See Jay Egg & Mimi (Hannah) Egg speak on cooling towers to community assets
Add it to your schedule here: https://t.co/3sKL784Y9r
We're thrilled to see large-scale Aquifer Thermal Energy Systems at "The Heights" in St. Paul. Utilizing groundwater as a year-round thermal battery provides low-cost heating and cooling for 850 homes, reducing greenhouse gas emissions by up to 74%.
https://t.co/ZzrLa6Ieaw
Right now, millions of people live in a cycle where staying warm costs so much that they cannot afford other basic needs. This is a global, urgent problem. We have the technology (TENs) to take energy from where it's unwanted and move it to where it's desperately in demand.
We advocate for Thermal Energy Networks (TENs) as a primary solution. By utilizing the earth’s stable temperature and sharing thermal resources between buildings, we can provide equitable access to cooling that is both affordable and grid-friendly.
https://t.co/hFcn3jRVkd
Energy poverty is a crisis that is becoming more visible. While air-source heat pumps can strain the electric grid during extreme cold, Thermal Energy Networks (TENs) offer a stable, utility-scale alternative.
https://t.co/z6SvLzosQV
The 2025 Geothermal Rising Library is growing, continuing its mission as a massive repository of over 42,000 records covering the full spectrum of our industry—from reservoir engineering and power plant design to thermal energy networks and policy.
https://t.co/t0RWTTv6o4
A new publication positions geothermal as a cornerstone capable of meeting 15% of global power demand by 2050. While consumption has surpassed 1 million GWh, a "knowledge gap" in specialized expertise remains the primary barrier to deployment.
https://t.co/ohnKbYQMbA
The energy storage landscape is rapidly expanding with Sage Geosystems securing $97 million to scale its geothermal long-duration storage (LDES).
https://t.co/OOqhw628v7
Fervo Energy’s reported IPO filing represents a critical moment for the geothermal sector. Public markets must now determine how to value the intersection of infrastructure stability and next-generation drilling innovation.
https://t.co/KBA2vGx2gL
When evaluating a sustainable energy future, land consumption is as critical as the power source itself. Geothermal energy holds a definitive advantage, offering a power density comparable to nuclear.
https://t.co/xaSRWHEjkr
The IEA’s latest analysis reveals a staggering 80% yearly increase in next-gen geothermal financing, reaching nearly $2.2 billion in 2025. These advancements suggest next-gen geothermal could meet up to 15% of global electricity demand growth through 2050.
https://t.co/IzJquA93Mt
The geothermal industry is reaching a major financial milestone with Fervo Energy reportedly filing for a confidential IPO. This move signals a significant shift toward public market support for next-generation baseload power.
https://t.co/0kw9Ek3v2T
Himachal Pradesh has set a bold target to become a "Green Energy State" by 2026, with geothermal energy playing a central role in this "system change." The state aims to provide 24/7 baseload power and climate control for remote, mountainous communities.
https://t.co/QkxozDp70i
Geothermal energy is positioned for a significant expansion, with the potential to supply up to 20% of U.S. electricity by 2050. As the industry scales, the integration of GIS technology is becoming essential.
https://t.co/H459k0eCUU
Zanskar has secured a $115 million Series C funding round to scale an AI-first approach to conventional geothermal exploration. By utilizing machine learning to identify resources lacking surface indicators.
https://t.co/OsM62zwgay
The National Laboratory of the Rockies’ 2025 U.S. Geothermal Market Report confirms our industry is in a state of rapid expansion. With a 1,000% increase in power purchase agreements and an 8% rise in installed capacity since 2020.
https://t.co/QstcjiZhs3
The Preservation Society of Newport County is merging Gilded Age architecture with modern efficiency by installing a #geothermal system at the historic Marble House. Utilizing 21 wells drilled to 425ft, this project will reduce fuel oil consumption by 80%
https://t.co/FC2jfUqgS4
Geothermal is becoming an essential pillar of the global energy transition.
We like to look back and see how we got to this point; Jay Egg recently shared that the heart of this momentum is the legacy of people like the late Dr. James Bose.
https://t.co/0sdr0M4Wm2