A Brand New Scientific Research Result, Waste Aluminum Hydrogen Technology Was Born-Aluminum Profiles Supplier

With the rapid development of modern social industrialization, the scope of application of aluminum profiles is continuously expanding. The aluminum products used on the market are mainly composed of native aluminum and regenerative aluminum. Some countries even far exceed the output of native aluminum. The secondary utilization of aluminum has also become a very challenging resource. A well -known university in Moscow, Russia, developed a waste aluminum hydrogen technology recently. This major research results shocked the world. The application of aluminum penetrates all aspects of people's daily life. Although it can be recovered 100 %, the types, models, and colors of aluminum profile products used in each industry are not the same. The technical requirements are also getting higher and higher, and many countries have formulated relevant waste aluminum recycling standards.

The application surface of aluminum profiles is very wide, so the produced scrap aluminum also comes from various industries, mainly from the automotive industry, rail transit, cans of jar, building aluminum profiles, electric wires, household appliances, etc. Aluminum, regenerative aluminum can also produce high -quality aluminum profile products through different refining technologies, re -applied to these fields. The Moscow Research Institute uses advanced technology and various experimental devices to prepare waste aluminum into useful hydrogen, which is applied to the vehicle power supply system and fixed small power devices. This is a major technical breakthrough. This major invention is based on waste aluminum as the main reactor. The waste aluminum is transformed into aluminum water through technical equipment and then made into hydrogen. This is a very complicated process of processing. Set the corresponding waste aluminum crushing treatment scheme; you must also choose the process parameters in the reasonable oxidation process; in the end, you must also store and transport the prepared solid metal reactions reasonably to prevent it from producing other chemical changes and change attributes to change attributes. The hydrogen element is ranked one in the chemical element cycle table. It is widely distributed in nature. Hydrogen is a very light and extremely flammable gas. The industrial use is very wide. Its flammable, in the process of waste aluminum hydrogen, needs to prepare special experimental devices to prevent static electricity and explode.

First of all, you need to develop the oxidant required for waste aluminum hydrogen, and then design the experimental device, because aluminum is a very lively metal. The surface is very easy to generate oxidation film, preventing the contact between oxidants and waste aluminum, and making the chemical reaction cannot be performed. Therefore Researchers add a mechanical activation link in this technology. Through the advanced waste aluminum crushing schemes formulated in advance, the waste aluminum is crushed, and then through other chemical treatment methods, the oxide film layer that is difficult to generate on the surface of the waste aluminum surface can be conducive to conducive to the benefit In progress. Aluminum is easily oxidized in the air. If the waste aluminum is not treated, it will be naturally corroded naturally, and it will also pollute the ecological environment. Many waste aluminums are wasted every year. , Not only conducive to environmental protection, but also resource regeneration, re -produce more aluminum profile products. The use of aluminum and water in waste aluminum hydrogen to generate chemical reactions to generate hydrogen. As far as the energy vehicle market, it will save a lot of cost of raw material, because new energy vehicles include hydrogen energy vehicles, and other industries will also benefit to varying degrees. The birth of this scientific research results will be further benefited to humans.