electrolysis

friends, I could not find where to open the subject.I am writing here for him.I have read a few articles about hybrid vehicles, it is generally powered. I placed a steel in the shape of a spring inside the pipe, I left a 5/8 pipe, put carbonate in the water in the outlet. I guess they were doing it on a fiat bis, something like this did not come to me. I did not dare to try the car 406.

Shame on it, nice to 406, `` let them try it on the bis '' but I would love to know the results if you want to try it, I wonder where the engine will break out

406, which is 2.8 times more energy than the equivalent weight of hydrogen gasoline, I can't do it anyway. but & nbsp;

I actually read the scenarios on the internet that the project was logical and even water-powered cars were built and the engineers who made them were massacred by the oil rich. The hydrogen atom released by hydrolysis of water is flammable, and the oxygen atom is combustible. hydrogen can be burned as fuel in pistons & nbsp; and exposing & nbsp; the energy released can be converted into motion energy. In principle, it may be something similar to lpg systems.

I once thought about that. Others have received their patents a long time ago to store hydrogen. You can examine this as an example patent. http://www.freepatentsonline.com/5404918.pdfAlso, there are those who traded this business below. I have been following them for a long time but need to see their applicability.http: //www.hybridwaterpower.com/? Hop = havetobuyhttp: //www.water4gas.com/index.php? Option = com_wrapper & view = wrapper & Itemid = 106Also used for hydrogen storage I received a statement from the Wiki for 2 methods. In fact, there is nothing that will not happen after the head gets tired, but for this, the brain, money as much as time is important. Even in order to do something on our own scale, our cars, as in Europe or America, must be our property, and I do not know how many people can act in this country. The most known storage method for Compressed Gas Hydrogen is to store it in pressurized tanks as gas. Hydrogen is now stored in 50-liter cylindrical tanks under pressure of 200-250 bar (this pressure value can be up to 600-700 bar). However, since hydrogen is very light, volumetric energy density is very low. Apart from this, storage tanks are very heavy due to high pressure. If so, it reduces the efficiency to be taken from hydrogen. For example, when austenitic steel and some types of aluminum are used as the pressure tank material, the ratio of stored hydrogen to the entire tank weight remains around 2-3%. However, by using carbon composites instead of these materials, the weight ratio increased even more and increased to 11.3%. Liquid Hydrogen Since hydrogen takes up 4 times more volume than oil, it is necessary to store hydrogen in liquid form to reduce this volume. For this, high pressure and cooling process is required. Since hydrogen gas liquefies at a temperature of 20.25 K, isolation is important in fluid tanks. Liquid hydrogen is used especially in space technology and some rockets. Liquid hydrogen has the same density as hydrogen gas at 900 bar pressure: 71 kg / m3. However, liquid storage is safer because it works with lower pressures than gas compression. In addition, the weight ratio of liquid hydrogen with storage tank is around 26%. This method is the most used method for medium or small storage, but it is quite expensive for large quantities. Because the energy required to liquefy hydrogen is around 28% of the fuel energy that hydrogen will provide. Even if this ratio is large, liquefaction costs in spacecraft and rockets are ignored. In addition, manufacturers such as Mercedes, GM and Honda are developing models that will work with liquid hydrogen. Another practical solution is to store liquid hydrogen in low temperature tanks. For example, the world's largest liquid hydrogen tank is at the Kennedy Space Center, capable of receiving 3400 m3 of liquid hydrogen. This amount of hydrogen corresponds to 29 million MJ or 8 million kWh of fuel. If liquid hydrogen is stored in large tanks, 0.06% daily, if stored in small tanks, 3% daily evaporates. Reducing this rate depends on isolation.rifatseker2010-01-11 13:43:59