AgniTerra

"Global transition towards green energy will cost
150 Trillion USD"

(IRENA)

THE PROBLEM

How can the next-gen geothermal be deployed and commercially scaled up a way faster than, for example, nuclear energy (~70 years, 4% of global energy)? We can’t afford that timeline again — not with surging demand from AI, AGI, and the ‘electrification of everything’.

WHAT MUST BE DONE

Substantial technology disruption needs success in covering four bases’:

Mass acceptance (psychology)
Finance
Business
Technology

Today, the global energy financial modus operandi is slow-moving, centralized, and designed for a limited group of large institutional players. Energy investments remain capital-intensive, low-yield, and unappealing to most private investors. Global energy transition may cost humanity $150 trillion by 2050 (IRENA), yet no clear vision of funding sources, roadmap, or mechanism to get there.

Our Mission

A rapid and effective deployment of the next-gen geothermal needs to substantially rewire finance and business layers and make the energy industry appealing for a broader investment base, while unlocking new capital from previously unavailable sources and providing near-instant liquidity.

A new class of financial instruments must be introduced to the market bearing the above features and operating on modern financial rails. Such instruments must be able to democratize and accelerate capital flow, unlock nearly instant liquidity, and provide a Triple Bottom Line effect – Profit, Ecology and Social Impact. That can be done through a fintech SPV - a tokenized fund.

UNIQUENESS

Why next-gen dry-heat closed-loop geothermal is significantly better than a conventional one?

Conventional geothermal:

Cannot scale to global relevance using either in situ or injected water
The energy carried at < 200°C is too low, and relevant sites are too few and distant from markets
Significant environmental hazards - depletes scarce water resources, contaminated water disposal, seismic concerns

Next-gen dry-heat closed-loop technologies overcome these barriers to yield fuel-free dispatchable energy in areas of high demand with a Levelized Cost of Energy (LCoE) moving towards $40/MWh – lower than all renewables and competitive with fossil fuel incumbents.

A source of an unlimited supply of ‘freely available’ sustainable energy - ubiquitous, inexhaustible, available everywhere 24/7/365 baseload power generation
Environmentally benign and ESG-compliant electricity - nearly NO emission, NO wastes, NO fuel, NO water use
Inexpensive baseload power targeting $0.03-$0.04/kWh
Smallest footprint: 250MW plant on 25 acres - <5% per MWh of solar or wind.
Provides residual energy, primed for global-scale adoption

IMPACT

economy | climate | social

Humanity needs a global energy transition to achieve:

Energy security

Water security

Food security

Climate goals

Development of deserted lands

Mitigating migrations for economic reasons

Alleviating regional economic disparity

Readiness for Global Rollout

The global energy market is on a path to a major transformation

The next-gen geothermal technologies are on the rise. Technologies aimed at harvesting dry heat at ≥300°C from a hot rock 3-5km below the earth's surface are arguably considered the most promising baseload energy source capable of providing mankind with abundant energy for thousands of years ahead in the most environmentally friendly manner, available everywhere 24/7, globally scalable, economically unbeatable in comparison with any other major source of energy available at scale now.

Dry-heat closed-loop technologies, for example, that target and harvest heat at ≥ 300°C, are capable of yielding 5x more power than conventional geothermal methods.