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HR 8790 119th Congress · House

Next-Gen Geothermal: Federal R&D Push

Official title: Next-Generation Geothermal Research and Development Act

The Next-Generation Geothermal Research and Development Act would expand federal research, development, and demonstration work aimed at making geothermal power cheaper, more flexible, and usable in more places. It is designed to help utilities, energy companies, universities, and national labs improve drilling, reservoir creation, subsurface mapping, and other technologies that could unlock more geothermal electricity and heat. The bill’s core mechanism is a federal R&D program, likely administered through the Department of Energy, to speed innovation and lower the cost of commercial deployment.

  • Expands federal geothermal research and development.
  • Targets next-generation geothermal technologies, including advanced drilling and subsurface systems.
  • Aims to lower costs and reduce technical risk for commercial deployment.
  • Likely centers on the Department of Energy and national lab research.
  • Supports demonstration projects that test whether new geothermal methods can scale.
Public Relevance 60 / 100
Niche Broad impact Broad

For the general public, this bill could help bring more reliable clean electricity options into the market over time, especially in regions with geothermal potential. If the research succeeds, households and businesses could eventually benefit from more stable power supplies and more competition in the energy sector, though the effects would be indirect and likely unfold over several years rather than immediately.

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FOR
  • Clean energy developers They argue geothermal can provide firm, 24/7 power without the intermittency of wind and solar. Federal R&D can reduce drilling and reservoir risks that currently make projects too expensive to finance.
  • Utilities and grid planners They see value in adding a dependable domestic resource that can support grid reliability and reduce dependence on fossil-fueled peaker plants. Better geothermal technology could help meet demand without large storage needs.
  • Energy researchers and universities They support public investment because the hardest problems are early-stage scientific and engineering challenges that private firms often underfund. Federal programs can generate data, tools, and prototypes that benefit the whole sector.
AGAINST
  • Fiscal conservatives They may object to new federal spending on research programs that do not guarantee commercial success. Their concern is that taxpayers could fund projects that never become cost-effective at scale.
  • Some fossil fuel interests They may worry that stronger geothermal support could accelerate competition for gas-fired generation in power markets. Even if geothermal is not a direct substitute everywhere, it can reduce demand for fossil generation over time.
  • Local permitting skeptics They may be concerned that expanded geothermal development could bring land-use conflicts, drilling activity, or induced seismicity risks in some areas. They often want stronger safeguards before large-scale deployment is encouraged.
  • “Next-Generation Geothermal Research and Development Act”

    This signals a federal push to improve advanced geothermal technologies rather than simply subsidize existing plants. In practice, that means more money and attention for research, testing, and early demonstrations.

  • “Research and Development”

    The bill is aimed at the upstream stage of innovation, where government support can help solve technical barriers that private companies may not tackle alone. The real-world effect is to lower uncertainty for future commercial projects.

  • “Ordered to be Reported (Amended) by Voice Vote”

    The measure has cleared committee consideration and was advanced without a recorded roll call. That usually indicates the bill has enough support to move forward, while also reflecting that changes were made before reporting it out.

  • “Next-Generation Geothermal”

    The focus is on newer approaches such as enhanced geothermal systems and improved drilling methods. If successful, these technologies could expand geothermal use beyond the limited areas where conventional resources are easiest to tap.

  • “Demonstration”

    Demonstration projects are meant to prove whether a technology works outside the lab. For communities and investors, that can be the difference between a promising idea and a bankable energy project.

May 20, 2026

Ordered to be Reported (Amended) by Voice Vote.

14% estimated chance of becoming law

The bill has advanced in the House and was ordered to be reported, as amended, by voice vote on May 20, 2026, which means it cleared committee consideration and is moving toward floor action. That committee-stage voice vote suggests at least some bipartisan or broad procedural support, though the level of formal co-sponsorship and any organized opposition would depend on the broader House debate and the final reported text. Measures focused on energy research and demonstration have a mixed but often workable history in Congress, especially when they are framed around domestic innovation, grid reliability, and competitiveness.

Pass percentages are model estimates and may be inaccurate.

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