The cars driven by the tap water are galloping all over the streets. The gas stations on the streets all become water stations. Is this strange idea so whimsical? The Russian "Izvestia" recently released news that such a vision is no longer a science fantasy. Russian scientists have succeeded in developing a small device that can extract hydrogen from tap water. The large amount of hydrogen that can be obtained can be used to drive automobiles and can also be put into special fuel cells for power generation. Extracting hydrogen from water and using it as a vehicle fuel are the direction that scientists have been working hard for many years. However, numerous failures by scientists across the world have shown that such an idea is theoretically feasible, but it is still far from being used in real life. If hydrogen is directly used as a vehicle fuel, it is necessary to install a bulky, bulky, and explosive cylinder filled with compressed hydrogen in the vehicle. If a metal such as platinum is used, it can absorb a large amount of hydrogen, but it must be heated to release a large amount of hydrogen, which is not only inconvenient but also costly. If electro-shock methods are used, the electrolysis of hydrogen from water requires a lot of electrical energy and the cost is high. Scientists believe that the best way to extract hydrogen is to directly extract hydrogen from a substance containing hydrogen. Such an object is a very low-cost water that uses ordinary aluminum to react with water to produce hydrogen. This method is cheap and efficient. Although pure aluminum reacts chemically with water, not all aluminum products can produce hydrogen as soon as they come into contact with water. For example, if an aluminum spoon is placed in tea or soup, it will not react with water because The surface of the aluminum spoon is covered with a thin layer of aluminum oxide. This layer of aluminum oxide film prevents the aluminum from being continuously oxidized and also prevents the aluminum from reacting with water. With the support of the Russian Federal Ministry of Science and Innovation, scientists from the Center for Applied Chemistry Research in St. Petersburg, Russia, led by Valery Ikonnikov have found that aluminum used for the production of hydrogen must be ground into small sized particles ( However, the particles should not be too small, because very tiny aluminum powder can easily cause explosions. As long as these aluminum particles are put into a device containing tap water, a large amount of hydrogen can be obtained. This type of apparatus for obtaining hydrogen through water is currently The rest of the world has not yet discovered, and even similar devices do not exist. This kind of hydrogen production device is small in size and can even be installed in the engine room of an automobile. The generation of hydrogen gas can be supplied according to the instantaneous demand of driving, and hydrogen can be obtained from water—Hydrogen burns to obtain heat energy and generate water—from Water gets hydrogen again, so repeated cycles, low cost, and very environmentally friendly. In addition, the hydrogen production device does not have the problem of hydrogen compression and storage, so there is no danger of hydrogen and oxygen flashback and the possibility of explosion is very small. Russian scientists said that the hydrogen plant can also be used to supply submarines, railroads, steam turbines, and even homes in villages and towns for household power. The by-product of the reaction of aluminum and water, aluminum hydroxide, is itself a very good raw material. It can be regenerated into aluminum by reaction or other methods to form a cyclic process. For example: Siberia's water flows through the generators of the Bratsk hydroelectric power station, generating electricity—electrolyzing alumina with electricity to obtain aluminum—reacting aluminum and water to produce hydrogen—hydrogen and water in the fuel cell stack Once again, the reaction produces electricity—in the process of reaction, aluminum is produced at the same time. Siberian water can be converted into electricity and hydrogen energy through such a cyclical process. It is continuously transmitted to all parts of Russia, lighting up every city, and driving every car. PT100 PT1000 Temperature Sensor Here you can find the related products in PT100 PT1000 Temperature Sensor, we are professional manufacturer of Pt100 Pt1000 Temperature Sensor,Non Contact Temperature Sensor,Rtd Pt100, Temperature Sensor. We focused on international export product development, production and sales. We have improved quality control processes of PT100 PT1000 Temperature sensor to ensure each export qualified product. Pt100 Pt1000 Temperature Sensor,Non Contact Temperature Sensor,Rtd Pt100, Temperature Sensor Xi'an Gavin Electronic Technology Co., Ltd , https://www.gaimcmeaso.com
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