Bergamo, Italy, 23 March 2026. ENG8 International Limited, a leader in catalysed fusion low-energy nuclear reaction (LENR) energy technology, will showcase its breakthrough EnergiCell LENR reactors at the 17th International Workshop on Anomalies in Hydrogen Loaded Metals (IWAHLM-17) in Bergamo, Italy, 24–26 March 2026.
The company is transforming its patented LENR technology from laboratory validation to industrial prototyping using predominantly commercially available off-the-shelf (COTS) components. EnergiCells can generate excess thermal or electrical energy, or both via plasma-based LENR processes.
Key Highlights
- Independent validations confirm self-sustaining operation and net energy export capability
- Coefficient of Performance (COP/Q):
– 7–10 (thermal/steam/gas)
– 5–7 (electricity)
– 6 (HHO and H₂ & O₂ LENR-enhanced water electrolysis)
– Targeting €500k/MW capital cost and €15/MWh generation cost
2026 Milestones
- Launching 100 kW thermal power generator for energy-as-a-service
- Commercial thermal energy sales commencing Q4 (trials with customers)
- Scaling to 100 kW net electricity output (development completion targeted 2027)
- Sub-kW units for poverty alleviation and licensing into business and consumer electronics devices
Modular System Being Presented at the Conference
- 100 kW Modular Steam Generator
– Water-cycle EnergiCell (COP 7–10)
– Up to 200 kW thermal at 100 atm / 310°C
– Drives 35 kW rotary steam expander + DC generator
– Electrical input up to 25 kW → net thermal export
Further modular systems in development include a 100 kW Electricity Generator and 100 kW Hot Air/Gas Generator.
How the EnergiCell® Works
A plasma field in a catalysed environment ionises the working fluid (e.g., water) using high-voltage, high-frequency electricity, creating conditions for LENR reactions that produce transmutation, excess photons/heat, direct electrons/electricity, and LENR-enhanced water electrolysis yielding HHO, hydrogen and oxygen gases.
The full system architecture includes a configurable plasma generator (2/4-quadrant DC or AC-over-DC with natural plasma frequency interaction and battery startup), insulated EnergiCell reactor with optimised electrodes/catalysts, energy harvesting (thermal via steam engine + 500 V DC generator; electrical via Rogowski coils and HvDC-LvDC transformer), fluid pumps, and PLC-based control.
“After years of R&D and independent validation, ENG8 is now moving into industrial prototyping,” said Valeria Tyutina, CEO of ENG8. “IWAHLM-17 is the ideal forum to meet the LENR community as we prepare for our first commercial thermal energy supply. We invite delegates, partners and media to visit our stand and discuss collaboration opportunities, to help bring this technology to the world.”
Media & Delegate Invitation
Delegates are invited to visit the ENG8 stand to discuss collaboration, licensing and pilot project opportunities. Interviews with key personnel, high-resolution photos and video plus technical briefings are available on request.