Discover the future of energy technology with Aureon Energy.
Phase 4: SMR Small Modular Thorium Reactor (2025)
Safire 1 Double Layer
•Aureon Energy successful proof of concept in November 2023 demonstrated powerful evidence for transmutation and energy production, with third party lab validation
oStable daughter products
oReduced sample radioactivity
oHeat produced
oHydrogen produced
Aureon has positioned itself through research and development to start its next generation of Energy Production SMR (Small Modular Thorium Reactor)
Phase 3: Micro Reactor 3 (ETR)(2023)
Developed, manufactured, and tested at the Midland R&D Facility, the Micro Reactor 3 or (ETR) Elemental Transmutation Reactor, underwent testing using Design of Experiments (DOE) to monitor key parameters such as temperature, pressure, current, voltage and more.
Aureons inception was in 2020
Through data acquisition and analysis, supported by advanced instruments and insights from Grafana, the team achieved significant advancements, contributing to the conceptual development of the T1 Engine.
•Aureon Energy successful proof of concept in November 2023 demonstrated powerful evidence for transmutation, with third party lab validation
oStable daughter products
oReduced sample radioactivity
oHeat produced
oHydrogen produced
Phase 2: SAFIRE 2 Reactor (2016)
Started in 2016 and funded by the International Science Foundation, lead to the elemental transmutation through plasma double layers in a Tungsten Anode. These advancements led to the launch of Aureon Energy in 2020, with a focus on energy generation and the remediation of radioactive waste.
This is when we began testing the Electric Universe model, applying a series of physics experiments that deepened our understanding of solar functionality. Through these tests, we observed the behavior of plasma double layers, which provided valuable insights into the energy mechanisms of the sun.
Phase 1: SAFIRE 1 Reactor (2013)
SAFIRE 1 laid the foundation for future discoveries in energy production and plasma dynamics, paving the way for the next phase of the project.
SAFIRE 1 explored how plasma behaves under controlled conditions. This work revealed critical dynamics of energy transfer, providing a new perspective on solar mechanisms and their potential applications in energy technologies.