One of the most important questions for any energy technology is a fairly simple one:
Can you actually scale it?
That’s why the work presented by Anatoly Klimov and Sergey Altunin at ICCF-27 in Niagara Falls last week is particularly significant for ENG8. The research looked at the relationship between the size of the plasma reverse vortex reactor core and the energy output.
The results are encouraging — and importantly, they support what the underlying reactor design has predicted.
For ENG8, this is about much more than a laboratory result. It provides an important technical basis for determining how the EnergiCell can be sized for different commercial applications.
And that is where things start to get particularly interesting.
ENG8 is now moving towards industrial trials later this year, including applications within the ceramics sector, while also exploring the potential of the technology for residential heating.
The ultimate objective is to move from a working technology to a scalable, commercially deployable energy platform capable of addressing some very significant markets.
There is obviously still a substantial amount of engineering and commercial work ahead, but the progression from reactor development → scaling → commercial prototype → industrial deployment is an important one.
The next phase is about demonstrating what the technology can do in the real world.
A fascinating few months ahead for ENG8.
