ICCF26 is in full flow, with top universities and physicists sharing major LENR breakthroughs, including the University of Cambridge, MIT and leading researchers from Japan, China, India and across Europe.

Professor Bin-Juine Huang (National Taiwan University) presented compelling results from a water cavitation reactor showing LENR reactions with isotopes, atomic transformations and excess heat, reinforcing the performance of ENG8’s EnergiCell®, which delivers significantly higher COP and generates valuable materials.

Lynn Bowen (Chairlady of ISCMNS) spoke on emissions from LENR reactors and safety. ENG8 will implement additional sensors in response to her findings.

Professor Visotskyi (Taras Shevchenko National University of Kyiv) outlined a theoretical basis for COP 100 in the E-Cat reactor, now preparing for production with over 250,000 pre-orders.

Professor Jean-Paul Biberian summarised the EU’s multi-country CleanHME programme, which confirmed that metal-hydrogen LENR systems can achieve energy outputs up to 10 times greater than the input — ie COP10.

Clean Planet Inc. is developing a production facility with Miura and has secured €7m in funding from the Tokyo Metropolitan Government for a district heating demonstrator. Several Japanese universities presented papers on Clean Planet’s technology, which is a strong signal that LENR is moving into commercial deployment.

ENG8’s BDO Haslen Back shared updates on our plasma-based EnergiCells, our 100kW generator and plans to begin supplying commercial energy in Portugal next year.

Watch a clip from ENG8’s ICCF26 presentation by clicking below: