The next part of the system which will be essential to keep any gains that you have received from your Hydrogen Booster should include at least an EFIE. What many companies that sell you a Hydrogen Generator or Booster don’t normally tell you is that the generator is only the first step to a system, [...]
A Hydrogen On Demand System is a case in point of the system being greater than the constituent parts, to wit, the booster, the vaporizer, the EFIE, fuel heater, all individually important with the Hydrogen Generator being the essential keystone of the system. In the next paragraphs I am going to discuss each element that [...]
Hello Again. I have been off the web since the 11th of June with the flu then an infection of my sinuses. Sorry for the long absence but I am feeling better and have begun working on the terminals for my electrolysis unit. As you know I have purchased the manuals from Water4Gas.com and have [...]
Here is some information that I received some time ago with a list of parts for that great Smackbooster. If you don’t know a lot about Smackboosters, please read through my archived Posts. I have several Posts dealing with the Smackbooster versus the Water4Gas one. I believe this from Smack himself so here it is. [...]
As you know, I have purchased the Water4Gas.com manuals and am in the process of building my Electrolysis unit. I have decided that I am more comfortable with what is called, the Charged Water System. What this is, is the Electrolysis unit with vaporizer/ bubbler will not be under the car’s hood. Instead, I will [...]
Continuing on with the elements of a typical Hydrogen On Demand System, lets talk about some of the other sensors. The EFIE is a common addition to the Hydrogen Booster and is an absolutely necessary addition if you do not have these other Electronic Enhancers like a MAP sensor or MAF sensor. The booster without [...]
A Hydrogen On Demand System is a case in point of the system being greater than the constituent parts, to wit, the booster, the vaporizer, the fuel heater, et al. In the next paragraphs I am going to discuss each element that goes into the hydrogen on demand system. It is my aim to show [...]
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The oxygen sensor "tells" the computer what the oxygen content is by providing a voltage on it's signal wire between 0 and 1 volt. 450 millivolts (.45 volts) means that the fuel/air mixture is correct. Higher values means the mix is rich (has too much gas), and lower voltages means the mix is lean. By adding voltage to the sensor's output, we can compensate for the additional oxygen in the exhaust.