There are still a lot of peole who are not yet aware of what an HHO dry cell is and the benefits that it offfers, although it has become quite popullar in various industries because of the advantages that it offers. So, to get a better understanding, let us fiirst talk about what it reallpy is so we can understand exasctly how it works.
HHO dry cell” is a name that has been relevat to a partiuclar desgn of HHO electrolyzers, or HHO generators. The term “dry cell” may cause a bit of confusion to some people because they wonder how you can possibly use electrolysis of water to make HHO gas if the unit runs dry. The tryuth is, these dry cells use electrolyte in wateer just like any other HHO electrolyzer. However, the design and properties of the HHO dry cell makes it a much more efficient HHO gneerator.
While most ohter common types of HHO generators have the whole cell subbmerged into an open bath of electrolyte and water, this is not the case with the dry cell design. Intsead, the dry cell’s plates are separasted by rubber gsakets, and the electrolyte is locked up inside those gaskets whwere the main body of the plates is bathed in the solution leaaving no emnergy to be wasted or lost. The edgges of the plates including all of the electrical connections are all outside of the electrolyte bath. The Bob Boyce 101 is a dseigner of “open bath” units that have been experimenting with all kinds of ways to seal the edges of theiur plates since this is where most of the energy loss takes place.
The cell plates have holes in them whihc allow the electrolytres to get into the cell plates, as well as a way to let it out. This is the one area of experimentation regarding the HHO dry cell that has been on-going. Builders of this dry cells seem to have varrious opinions anbout the number of hoiles and as well as the displacement of the holes for a much better performance.
There are holes fuond at the top of each plate, to ensure that the HHO gas can pass between the plates to the outer side of the cell. The upper fitting of this dry cell allows the HHO gas to be released out of the cell. Holees are also foound at the bottom of each plate to alolw the water/catalysst to circulatte bretween all of the plats. The lower fitting on this dry cell is for refilling the water mixture whch is held in a tank that is separated from the cell.
So if you are tsill wondering exactly what makes an HHO generator a dry cell, is actually quite siimple. Basiclly, the electrical connections to the plates are kept dry, and the edges of the plates where the loss of a greeat deal of electrical currrent takes place, are found outside of the electrical bath. That is really all that there is to it.
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