Our Purpose
Leverage our learnings from study and replication of the electromagnetic nature of the sun’s atmosphere to advance plasma-based technology and better humankind - The SAFIRE Project.
Xray of the suns electromagnetic fields: NASA Jet Propulsion Labratory
Our Mission
Aureon Energy’s mission is to develop and deploy advanced electromagnetic plasma technologies that transform long-lived heavy elements into safer materials while producing useful energy.
Building upon years of experimental successes - The SAFIRE Project - Aureon applies rigorous scientific research and disciplined engineering to create practical reactor systems that work with nature’s fundamental processes rather than against them.
Through the development of the Aureon Micro-Reactor (AMR), our objective is to provide the world with scalable solutions for clean energy generation and the remediation of legacy nuclear materials.
We pursue this mission with a commitment to scientific integrity, safety, and the responsible stewardship of technologies capable of delivering lasting benefit to humanity.
AUREON™ Micro Reactor (AMR) - patent pending
Our Philosophy
Our Technology
Electromagnetic Transmutation Reactor (ETR)
The Elemental Transmutation Reactor (ETR) has been comprehensively redesigned to employ controlled electromagnetic stimulation to initiate the fission of otherwise non-fissile radionuclides.
Through this process, energy released during nuclear transformation can be harvested while simultaneously converting long-lived radioactive materials into stable or significantly less hazardous daughter elements.
This approach offers a pathway toward both clean energy generation and the remediation of legacy nuclear materials.
A New Approach to Nuclear Energy and Remediation
Plasma Method
Electromagnetically stimulated plasma enables controlled elemental transmutation, converting heavy radionuclides into stable daughter elements while releasing usable energy.
Scalability
The reactor architecture is designed for modular deployment, allowing multiple units to operate in series or parallel configurations to scale processing capacity and energy production.
Chemistry
Operation in an aqueous environment enables the treatment of a wide range of dissolved radionuclides and nuclear waste chemistries.