Do you get upset when you see gas prices skyrocket every time the price of oil goes up, even a little bit, and do you expect gas prices to go down again after the price of oil goes down? You may have considered buying a gas-electric hybrid car to reduce your personal dependence on foreign oil. Maybe you wish there was a way to build the car you’ve used on alternative fuels.
Fuel saving devices
The truth is, there are things you can do with the technology that is already available that will significantly reduce your need to buy gas for your car. A hydrogen booster for your car will improve gas mileage, clean carbon deposits from your car engine, and cause your fuel to burn more completely. It also reduces the hydrocarbon count of the exhaust pipes, increases the horsepower of your car, and will not damage your car engine.
Water cars
By adding a hydrogen booster to your car, you can produce 1.5 liters per minute. The cell plates will last at least a decade, and the hydrogen booster kit is only $ 175.00. You can add more boost with a $ 28.00 Square Wave Pulse Kit. Hydrogen propellant produces electrolysis gas, or egas, which acts as a catalyst for your fuel, be it regular gasoline or diesel. The egas causes a more complete combustion of the hydrocarbons, which makes the exhaust gases cleaner. A hydrogen propellant can be used with any internal combustion engine, including the one in your lawn mower.
Is that how it works. The 12 volts go from your battery to two electrodes located in a heat resistant container of water. Electricity causes the separation of hydrogen gas at the cathode (the negatively charged electrode) and oxygen at the anode (the positively charged electrode) when using tap water supplemented with a 1% to 3% solution of an electrolyte such as potassium hydroxide or bleach. The electrolyte solution can be purchased from a chemical supplier. Hydrogen and oxygen gases (egases) result in clean combustion and give your car more efficient combustion. If you burn all the fuel while driving, you will not risk storing the fuel.
For decades, universities, independent laboratories, and engineering associations have assembled a set of documentation and test results showing that adding small amounts of hydrogen to an internal combustion engine lowers toxic emissions, makes the engine run better, and burns fuel more completely. Even if we only improve the conversion efficiency for gasoline and diesel engines by 1%, we could reduce annual fuel consumption by 1 billion gallons every year.
Hydrogen-powered cars are already being used in fleet vehicles in Japan and parts of California. They promise zero-emission hydrogen-powered cars where the only by-product is water vapor. Vehicles that burn fossil fuels emit many pollutants, including carbon monoxide, carbon dioxide, nitrous oxide, ozone, and particulate matter. Fossil fuel cars emit 1.5 billion tons of greenhouse gases each year, but switching to hydrogen-powered cars would eliminate most of these emissions. But another big advantage is that hydrogen-powered cars will free drivers from dependence on OPEC and the big oil companies.
While the infrastructure is not in place yet, California is trying to get funding for 200 hydrogen filling stations across the West Coast. This alone will have a big impact, as Californians buy 20% of the cars sold in America. While hydrogen-powered cars are on the horizon, gasoline-hydrogen hybrids can help ordinary people start making the transition from fossil fuel engines right now. Other alternative fuel technologies include electrolysis of water and the use of hydrogen peroxide as a fuel (already used in race cars).
If you choose to add a hydrogen booster to your car, you should know that making gas from water is explosive and could be dangerous. You can’t buy a manufactured hydrogen amp yet, so this is a DIY project right now. If you manufacture a hydrogen booster according to available plans, you must do so at your own risk. Safety is paramount. The most important rule is that there should be no sparks outside of the water in your cell. Never come into contact with your cable connections while the unit is running because it could cause a spark and a leaking gas hose could catch fire. When installing a hydrogen booster, install a switch under the dash so that you can turn it off if the car is not running. Alternatively, you can connect your hydrogen amp to the wiring in the ignition so that it only turns on when the ignition is on.
Hydrogen-powered cars are the wave of the future, and you can start to harness the hydrogen boost that an egas generator can provide your gasoline or diesel car.