The use of aluminum in aluminerie
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Problems of aluminum energy
Aluminum power engineering is a branch of science that studies the problem of using aluminum as an intermediate energy carrier in the functioning of various applied technical systems — logical, power, transport, telecommunications, etc. As the main approach used by experts in alumina, is the study and study of processes that occur during the direct electrochemical oxidation of aluminum in fuel cells operating in the air. The developed aluminous hydrogen technologies consist in determining the effect that is obtained when aluminum is oxidized with water. The hydrogen produced as a result of this interaction can subsequently be used as fuel in various heat generators and fuel systems. The energy produced in this case can serve as an alternative addition to thermal or atomic energy.
A number of experimental installations are already known and applied, including electrochemical sensors, electric vehicle drive systems, electrochemical DC generators, etc. The power of these units at the initial period of development of aluminum energy can be used to cover the energy deficit at peak loads. In addition, in such devices there is the possibility of separate storage of electrolyte and fuel, which will favorably affect the environmental situation in the work area.
Company Electrovek-steel offers at economically favorable prices from the manufacturer a diverse range of aluminum and its alloys. The supplier provides prompt delivery of metal to the point specified by the consumer.
Sequence of the cycle of operation of the aluminous hydrogen plant
The most perfect designs operate in the following sequence:
- With an ordinary aluminum part, the oxide film is removed, after which the surface is passivated;
- The part is placed in a hydrogen microgenerator;
- An oxidative reaction begins, during which hydrogen evolution begins;
- A special membrane system catches hydrogen, regulating the rate of reaction;
- The released energy enters the receiver, which distributes it according to the purpose of the installation. For example, it can be a charger for a smartphone and other low-power devices.
The consumer advantage of aluminum energy is that it ensures a longer service life of hydrogen-fuel cells.
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