Hi folks,
We have been examining the work done by a wide field of experimenters working on HHO gas production systems based on some variation of the Joe Cell. Many of the units sold on the market claim gas production levels of a volume that are outside of the predictions for gas production efficiency as outlined in Farraday’s laws of electrolysis.
This phenomena is often attributed to the effects of zeropoint energy or perhaps orgone energy in the advertisements for such products and repeated among the laymen who work on this type of experimental set-up in their garage or basement workshops. If you search you will find many links and videos that discuss this idea at length.
Personally I have seen some unusual levels of production of HHO gas in some of the better executions of these various Joe Cell type devices. I disagree with these other individuals on how I think they work to produce these unexplained levels of gas production efficiency.
While I think there is certainly some fire where there is smoke I believe the conclusion put forward that postulates some kind of orgone or zeropoint energy phenomenon as being responsible for these unusual gas production levels is simply incorrect.
Our concept of how this is happening is quite within the range of scientifically feasible while being outside of the scope envisioned by Farraday in his laws of electrolysis. The most likely energy source fueling the unusually high gas production efficiency witnessed in certain executions of this Joe Cell type of water reaction chamber is in fact nuclear in origin.
An electrode of low carbon stainless steel is most often the choice for these cells and the material itself is to be examined to understand the physics involved in the (LENR) low energy nuclear reactions that assist in the formation of the gas from liquid water.
Most practical Joe Cell builders will tell you that the stainless steel must be scored with a fine sand paper treatment to work properly. In addition to the scoring of the surface of the electrodes they need some time to develop a silicate coating before the gas production efficiency will rise. This milky colored powdery coating is found on the most productive cell designs from the videos available on the web.
This coating if examined will consist of Iron, Silicate, and Hydrogen and forms a hydride layer that offers a unique environment of very high hydrogen density and it is in this hydrogen rich surface coating that we believe H+H fusion reactions most likely will occur. This initial reaction creates deuterium and releases energy. From energy and fusion products produced in this initial reaction another fusion reaction of D+D fusion takes place and creates Helium and releases energy. There should also be a rare occurrence of tritium production.
It will not require very many of these low energy nuclear reactions to cause the cell to produce copious amounts of hydrogen and cause the formation of unexpected volumes of gas from the cell.
Our conclusion is that the helium and deuterium and trace amounts of tritium formed in these reactions will be found if looked for.
We will be working on this technology from this prospective and plan to experimentally confirmed for ourselves that indeed there is some technology that can be developed that will produce very low cost energy using an LENR enhanced execution on the Joe Cell type of HHO gas production system.
Our expectation is that direct conversion of nuclear fusion energy into a combustible fuel gas has great potential to meet our future and present energy needs.
Our facility has the proper equipment to test for even the smallest trace amount of tritium and helium so an analysis can be performed on site for these products.
Of course volumetric analysis of the gas production to energy input ratio will also be recorded for verification that the test cell is producing more gas than it should based on Farraday’s laws.
Once we verify the fusion products that we expect to find we will report on this further.