Driving Innovation With Fusion
Clients
Discover the Polomac technology developed by Deutelio and the commercial applications to become an earlier adapter of this technology.
Deutelio’s team is looking forward to connect with you, whether you are interested in integrating our technology into your operations or exploring opportunities.
Investors
The fusion market is experiencing unprecedented momentum, driven by advancements in scientific research and increasing global investments.
Reach out to our CFO and join us in this exciting journey and seize the chance to be part of a transformative venture that is poised to lead the future of fusion technology.
Partners
At Deutelio, we are revolutionizing the Fusion Industry with an innovative technology, the Polomac, developed by our co-founder Filippo.
Explore our organizational culture and embrace the unique opportunity to collaborate in a cutting-edge technology validated by experts and already useful on a variety of markets.
Our Solution
Fusion replicates the process powering the stars, such as our sun. It does not affect the atmosphere with carbon emission nor involve radioactive products. The fuel is Deuterium, a natural isotope of hydrogen.
The exhaust Helium is an inert gas and does not harm the environment.Different from the fission reactors, fusion is safe as it cannot explode (no nuclear accident or incident).
The Polomac (invented by Filippo) is a steady state system with a confinement efficiency of 70-80%, compatible with the Deuterium to Deuterium reaction. Deuterium is available in nature and it is already marketed in form of heavy water.
Deutelio’s Polomac is designed to replicate the confinement efficiency of a theta-pinch and operate with Beta up to 70% or 80%. Already with Beta 50% and a magnetic field of 5-6 T, a Polomac-based reactor could trap plasma at 200 keV allowing for DD-reactions. The high confinement efficiency of the Polomac is based on the experimental results of the theta-pinch configuration, applied now in the closed form, made possible by the magnetic tunnels invented by Deutelio.
The confinement efficiency is the ratio of the energy density of the plasma respect to the energy density of the magnetic field. This ratio is usually denoted as β, “Beta” , and can go from 0 % (no efficiency – magnetic field does not generate plasma pressure) to 100 % (all the energy of the magnetic field is used to withstand the plasma pressure).
A higher plasma confinement efficiency allows for smaller and cheap fusion reactors or to reach higher plasma temperature/pressure allowing deuterium-deuterium nuclear burn into helium. Hence the name of the company.
This so-called DD reaction is precluded to Tokamak and Stellarator, which need the deuterium-tritium (DT) reaction, taking place at lower temperature/pressure
Get to know our CTO
Filippo Elio began his career in nuclear fusion research in 1984 for the design and the construction of a large RFP apparatus at “Istituto Gas Ionizzati”, a department of CNR in Padua (Italy).
In 1994 he was selected by EURATOM for the European part of the ITER project group and contributed to the Blanket, First Wall and Vessel, including construction and testing of pre-series prototypes. Being in the Garching headquarters at the “Max Planck Institute für Plasmaphysic” he got in contact with the German group that built the new advanced and super conducting Stellarator W7X, so between 2003 and 2005 he collaborates in the redesign of some critical parts of the magnet support structure. The Stellarator is developed in Europe as back up solution to the Tokamak, while the RFP has been omitted due to the poor experimental achievements.
In this way Filippo became experienced in the three major lines of fusion research: Tokamak, Stellarator and RFP. These lines were pursued by researchers all over the world in order to to achieve fusion by magnetic confinement of hydrogen and his work was appreciated by many key contributors in the research.
Faced with the prospect of not seeing any short term development in nuclear fusion, Filippo began to review once again plasma physics and check past experiments carried out all around the world in research laboratories. This is how in 2010 the idea of Polomac was born: a model of what happens in the Earth’s ionosphere, in continuation of the experimental and theoretical works performed from 1960 to 1990 in many research laboratories.
For more information about our Chief Technology Officer, visit Filippo’s Profile
Selection of publications of Filippo Elio
- Revisiting the poloidal magnetic confinement – Fusion Engineering and Design 89(6), 2014
- Six-party qualification program of FW fabrication methods for ITER blanket module procurement – Fusion Engineering and Design 82(15-24):1774-1780, 2007
- The WENDELSTEIN 7-X mechanical structure support elements: Design and tests – Fusion Engineering and Design 74(1):161-165, 2005
- Design and R&D progress of blanket attachments – Fusion Engineering and Design 69(1):321-326, 2003
- Installation, commissioning and start up of RFX – Fusion Technology (pp.717-721), 1992
Additional papers available under Research Gate
