Since news broke out that you can run your car on water alone, the pages of broadsheets and magazines have been releasing a lot of run your car on water reviews. It is truly a sensational issue; and the world is craving for the right answers - does it really work?
When most people hear the phrase "hydrogen generator car" they immediately think about the automobile industry's attempt to produce cars that run on hydrogen gas, filling up at hydrogen gas stations and the fact that these vehicles have yet to be produced on any mass scale because they have yet to figure out how to safely store hydrogen on board.
If you've just read the title and have no idea what I'm talking about, you're either thinking that the subject is steam engines or that I'm pulling your leg, because it really seems too farfetched to be able to power a car engine with water alone. But that is the point, it is not actually water that powers the engine, but its byproduct - Hydrogen.
Why wouldn't you want to save money making a hydrogen fuel cell yourself? These fuel cells are simple to make and the plans for customizable sizes now exist, so you can optimize one for your specific vehicle. Compared to the costs of commercial units you can save hundreds to thousands with a little elbow grease. and get the same outputs. If you like the idea of increased miles per gallon, cleaning out carbon buildup, reducing harmful emissions and adding horsepower, maybe it's time for you to DIY a hydrogen fuel cell.
Understand this - at this point in the game, running your car on water is being done as a small supplement to your existing gasoline. In other words, this is not a proposal that you'll put a gadget on your car and the next thing you know you're hosing down your gas tank for the next 500 miles. It's just not like that.
In the early 1970's, a Bulgarian-born Australian scientist named Yull Brown discovered a way to use water as fuel. Using electricity, he was able to separate the hydrogen and oxygen in water. The result was a perfectly balanced gas that could be generated cheaply and safely. This gas is called "Brown's gas."
Can I convert my car to run on water is a question that many people want to know. Did you know that with a little bit of tweaking, you can actually convert water to gas for your car or truck? Burning water for gas really improves the environment as well, instead of adding smog and smoke to the atmosphere that kills the planet. The way you convert water to gas is by adding a few essential components to your engine. Because there are alternative fuel sources already, all you need is a few assembled components, about 1 day, some tools and a garage, and the result is a water and gas powered car with greatly improved gas mileage.
Would you be interested if someone told you that you could save money on the prices of gas? I assume I would be correct if I were to say yes because of the constant price increase per barrel of oil. With the price of oil being on the rise daily, many people are in a desperate search to cut back on their fuel expenses through the use of gas mileage improvement devices. Think about this for a moment: if we can cut our demand for oil, it will only be a matter of time before oil prices will start to drop.
If you are interested in saving money at the pump which can lead to hundreds of dollars saved every month, then you need to learn gas saving techniques. Here are the current big gas saving techniques that drivers have said are saving them hundreds.
There have been a lot of reports online about the benefits of hydrogen car conversion. Many people that have implemented the system gave personal testimonials about the fuel savings they experienced on their cars. Is it real or is it a scam? With the current high fuel prices, many people are getting stressed by the event and are willing to try any ideas that will reduce fuel cost. It is not surprising that many people are buying hydrogen car conversion guides online. There are some science behind the idea of converting a vehicle to run on hydrogen. This article will provide some information on the subject.
