Baseload geothermal power for industrial use.

Continuous geothermal power, designed like a serious industrial system.

A founder-led deeptech company building 24/7 geothermal electricity for industrial users who need reliability before rhetoric.

Industrial power cannot be treated like a consumer product. EonForge Apex is developing a geothermal system around thermal cycling, material behavior, and electromagnetic conversion, with the goal of turning low-temperature heat into stable electricity that behaves like infrastructure.

24/7 baseload
Low-temperature geothermal thesis
Filed patent
Academic validation
PPA-led delivery
Zero buyer CAPEX
Geothermal terrain visual
Industrial geothermal geometry
Apex Visual
Geothermal terrain
Built for
Industrial reliability, strategic capital, and serious technical review.
Direct contact
For the investor deck, email info@eonforge.in.
Problem

Industrial energy still absorbs the cost of intermittency.

Clean power has to be continuous to matter inside an industrial operating model.

Factories, process plants, and critical loads need power that shows up every day without forcing an operations team to manage fuel, weather, or volatility. Solar and wind help, but they do not solve the baseline problem. Diesel fills gaps at a cost that compounds.

Technology system visual
Thermal conversion as infrastructure
System architecture
Why this matters

Industrial energy is not only a cost problem. It is an operations problem.

Weather-independent operating logic
Lower maintenance burden over time
Cleaner procurement story for industrial buyers
Built for founder-level conviction
Social presence

Follow the company as it moves.

Public updates are shared where they make sense. Follow EonForge Apex for milestones, progress signals, and the occasional direct note from the company.

Solution overview

A geothermal system built around baseload performance.

Low-temperature resources converted into continuous industrial power.

EonForge Apex is focused on a narrow question with large consequences: can lower-temperature geothermal heat be converted into useful electricity with a system that is practical, maintainable, and commercially legible? The answer is being built through a Nitinol-based thermal engine and MHD-based generation.

Lower-temperature resource focus
Nitinol-based thermal engine
MHD-based generation
Zero fuel cost
Low maintenance
Technology thesis
Heat, materials, and conversion shape the system.

A deeptech architecture for continuous geothermal electricity generation.

This is a systems problem, not a branding exercise. The company is building around thermal cycling, material behavior, and electromagnetic generation. The target is infrastructure-grade electricity from geothermal resources that are broader and more distributed than conventional assumptions suggest.
Technical materials visual
Nitinol and electromagnetic generation
Technical detail
Validation

Early validation, but real signals.

Pre-revenue is not the same as pre-validation.

The current signal stack includes filed IP, academic support, and external recognition around the technical direction. That is the right kind of evidence for an early deeptech company: specific, grounded, and still honest about what remains to be proven.

Filed patent
Academic validation
External recognition
Pre-revenue
Validation materials visual
Materials, evidence, and technical proof
Validation evidence
Founder

Founder-led, with real technical intent.

Built around conviction, discipline, and energy ambition.

EonForge Apex is led by Rajnish Goyal and shaped with technical depth, execution discipline, and long-term conviction. The team is intentionally lean, with responsibilities organized around the actual demands of building industrial energy infrastructure.

Founder contacts
Rajnish Goyal — rajnish.goyal@eonforge.in
Harmanvir Singh — harmanvir.singh@eonforge.in
Team
Rajnish Goyal — Founder & CEO
Harmanvir Singh — Co-Founder & CTO
Dr. Vishal — Advisor & Equity Holder
Founder stance
Technical conviction, disciplined execution, and direct communication.
Business model

Structured for industrial adoption.

PPA-led deployment with zero buyer CAPEX.

Industrial customers want reliable power without new procurement friction. The PPA model lowers upfront burden, aligns deployment with long-term operating value, and keeps the proposition legible for serious buyers.

PPA-led
Zero buyer CAPEX
Lower operating burden
Industrial deployment fit
Roadmap rhythm
Validation

The sequence is intentionally measured: validate the thesis, refine the prototype, and reduce uncertainty until the system is ready for field conditions. That pacing matters in deeptech because credibility is earned in increments.

Prototype

Convert the thesis into repeatable hardware behavior.

Field readiness

Reduce uncertainty until the system belongs in the field.

Request deck
For the investor deck, email info@eonforge.in.
Final contact

For serious conversations, start here.

For investors, industrial partners, and technical collaborators.

EonForge Apex is open to the right conversations. If you are evaluating the thesis, the deployment path, or the investment case, email the company directly.

Contact CTA visual
A premium landing surface for the final conversation
Closing contact