You want to build a HHO fuel cell, but not sure what type to choose? While most cells will generate some HHO, there may be a huge difference in the output of one to the other - so it's important to get the right design
HHO is created by electrolysis :. The electricity produced by the water between two charged electrodes or poles. The content and form of the electrodes may vary, but they must be made of an inert metal, preferably stainless steel. The four basic models of electrodes are described below
The type of electrode that is easier to build. - And one of the most popular - is composed of two or more son spirally wound around a support mechanism. Unfortunately, it is also that so few of the less efficient metal (maybe a few square inches) is actually exposed. The amount of HHO gas which can be generated directly relates to the electrode surface.
The second type of electrode is made of steel mesh, similar to the mesh you use for screen doors or windows. The mesh is cut to fit into a container and stacked in various configurations. Each layer must be isolated from the other - if the layers in contact with each other, they can cause a short. This type of electrolyser made a lot of bubbles, but are not very impressive in terms of the density of the HHO gas produced.
Plate designs are the most widely used and most effective. Due to their large surface area, the plate electrodes have the highest energy conversion of hydrogen and oxygen, while wasting very little energy as heat. high quality stainless steel plates are resistant to corrosion, which is why they are used in industry to produce large amounts of gas.
Tube designs are second in the effectiveness of the metal plates. The tubes may be placed in a Stanley Meyer-style or ring concentrically stacked, another in. The problem with the tubes is that their maximum usable area will be limited by the smaller tube. Tubes with spirals, are also prone to overheating.
Those are the four main types of electrodes. There are also two different styles of fuel cells: wet and dry. In a wet cell, the battery plates (or other type of electrode) is completely immersed in the electrolyte solution. In a dry cell battery is not immersed. Instead, the solution is in an external tank and fed by gravity through the holes that were drilled in the plates.
The two cell styles have points of good and bad design. Recently, a third cell was developed style that seems to combine the best aspects of the wet and dry cells. Generally, in this type of cell container hybrid serves as a reservoir, but the electrolyte remains below the upper part of the plates.
As you can see, there is no definitive version of an HHO fuel cell, which means it can be difficult to know exactly what type of building. Use plans that have been developed by experts and tested time and again can certainly save time. The most important thing is to just get started, and reap the amazing benefits that an HHO cell can provide.
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