In this video I show a very simple yet practical way to illustrate the lack of a magnetic field during the electrolysis of water. Many believe this field is what aids or creates the separation of the water molecules into the two gases - hydrogen and oxygen.
You might find this video interesting...
Revised equation based on further research and discussion.
Remember, this is designed to promote uniform, or near uniform, gas prodution between plates. Using this equation will also result in better heat (waste) control of the cell.
Thanks!
A simple yet effective way to separate the hydrogen and oxygen gases formed during HHO production. This idea was partially based on the Hoffman Voltameter.
Here I explain a very useful tip when cutting tubes on a table saw. In the video my saw is setup with a PVC cutting blade - 7.00 at HD.
Hope this helps.
In this video I talk about the product Plastic Coat and it's potential for creating a nice insulator. The idea is to mitigate some of the current leakage associated with brute force electrolysis.
The cell in this video is constructed of 2" x 4.5" x .049" s.s. plates, an acrylic housing surrounding 4 sides of the cell, and a plate arrangement of -/n/n/n/+/n/n/n/- .
I talk about this approch and some of the reasons behind the encasement. This is video 1 of 2.
First video in a series of three showing gas production with different surface textures applied to the plates. The first negative plate, the one in this video, is factory finished smooth (#2 finish).
Update on my use of the product Plastic Coat (dip can). Remember, prep work makes the product work as intended (also sand well)! Do not expect the coating to stay stuck over time to your material. I believe this aspect of the product is normal. So, if you use it, consider how you might accomodate for this affect.
Stay tuned...
Final dissimiliar metals in this series of videos. In this one I use a piece of general purpose aluminum (3003 temper)rather than the aluminum chromate. The electrolyte is KOH. Here we see some of the effects others have stated. No audio...sorry.
In this video I explain a possible solution to avoiding current leakage. Some individuals may not have access to the necesssary equipment required to enclose their cells with acrylic, so I felt an alternative was needed which would yield similiar results.
The paint I used in this video is automotive touch up paint. The brand is Duplicolor.
Stay tuned!
Test three using dissimiliar metals in an HHO production. This time I am using a KOH solution. A far amount of hydrogen gas is forming off the stainless steel but very little (visually) oxygen gas is forming on the aluminum chromate (6063-t52 temper with chromate finish). No audio...sorry.
This is revision (3) to my HHO separation device.
As with the other (2) devices, the separation of gases are occuring during the electrolysis process.
This is a more accurate depiction of a Hofmann Voltameter.
Second video in a series of three showing gas production with different surface textures applied to the plates. The negative plate in this video was sanded with an orbital sander (80 grit).
Visually more production at startup.
Final video in a series of three showing gas production with different surface textures applied to the plates. The negative plate in this video is sanded and grooved.
Interesting visual results. More tested is need.
