HHO “Browns Gas” Engine Booster
Tuesday, June 24th, 2008There have been a lot of new excitement lately about HHO gas also called “Browns Gas” or “Hydroxy Gas” mainly focused around the rising cost of gas. New posts on YouTube and all kinds of activity one web forums and chat rooms. There are some common missunderstandings that I should point out about this before getting any more detailed.
1. HHO Booster is NOT a fuel cell! A fuel cell takes VERY pure Hydrogen and VERY pure oxygen and pushes the Hydrogen through a Proton Membrane Exchange that strips the electrons from the Hydrogen. The electrons flow around a circuit producing electric power and recombine at the other end of the membrane with the Hydrogen and Oxygen producing water and heat as the byproducts of the chemical reaction. An HHO booster does exactly the opposite, it uses electricity to split the Hydrogen and Oxygen in the water molecule into two gasses. The Oxygen bubbles from one terminal suspended in the aquious solution, and the Hydrogen bubbles from the other terminal suspended in the aquious solution. When the bubbles reach the surface they recombine in very week diatomic bonds, typically H2 and O2. At that point the seperate molecules again recombine into further week molecular bonds at random configurations while retaining their gasious state. For instance H4O2, H16O8, H44O22, etc…
2. When HHO burns it does not produce Carbon or Carbon Dioxide as a result. Burning in the traditional sense is simply a chemical reaction that produces heat. For those of you who didn’t pay attention in High School Chemistry class, this is called a exothermic reaction, a reaction that produces heat. This is from the reogranization of electrons and atomic nucli into a more stable configuration with less entrophy. The heat and light and kinetic energy released as a product of that reaction is a chemical process. If carbon or other materials are caught up in the reaction, then it is sufficient that these other compounds will also be reacted with the Oxygen present in the burning process since HHO tends to burn rather hot and fast it does burn or oxydize these other products. There are plenty of other examples of oxidizing and exothermic reactions. The curing of cement is one example of an exothermic reaction since it produces heat. Rusting metal is another example although you don’t typically feel the heat coming off of rusting metal if you ever tried to burn steal wool then you know what I’m talking about. When steal wool burns it is exactly the same reaction as your car rusting, the metal is essentially oxidizing.
3. When HHO burns it does not consume atomic nucli to produce the heat and kinetic energy of the burning process. If it did then the process would be a nuclear reaction and it is NOT! HHO burning is simply your run-of-the-mill CHEMICAL reaction. Nuclear reactions typically produce far more energy and this energy would not be contained in your engine block. Your car engine would simply melt if this was the case, and for the few seconds it might last you’d produce copious amounts of neutrons redily detectable with any geiger counter. Also burning HHO does not produce any cosmic rays in your engine! If your going to talk technical about this stuff then you should learn what it is you are talking about. If you don’t know what it is your talking about then you should do some research and find out! Using terms you don’t understand in your language will only make you look stupid, and everything associated with what it is your doing will then look like a scam to anybody who investigates your results. Furthermore it makes the rest of us look bad who are actually working on getting results in the proper context that does not include your cosmic rays! If you don’t have something meaningful to add to the subject then go read something useful on Wikipedia and educate yourself before you talk or speak or report or blog about