The most radical solution to the problem of protection of the air basin is the development of new methods of energy conversion, providing friendly emissions. One such method is electrochemical, which provides direct conversion of chemical energy of fuels into electrical energy. Energy conversion process takes place in fuel cells. Pre-natural gas or coal is treated, usually with steam, with a gas rich in hydrogen, which is then fed to a fuel cell. Since a fuel cell oxidant and reductant are spatially separated, then there is no direct interaction between them, so even at high temperatures produced considerably less sulfur and nitrogen oxides and carbon monoxide than for thermal power stations.
In recent years, explored ways to reduce revenues in the atmosphere of carbon dioxide (for example, by absorption of water of the oceans), causing the "greenhouse" effect on the Earth.

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The cardinal direction of energy development, ensuring the avoidance of emissions of oxides of nitrogen, sulfur and carbon in the atmosphere is nuclear power. Substantial reduction in air pollution can be achieved to implement the idea of ​​hydrogen power.
Hydrogen Energy.

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The cost of the transfer of energy in chemical form (in the form of gas) is significantly below the cost of transmission. As an energy carrier can be used in hydrogen. Are currently under extensive study of future energy systems in which transmission and distribution will be carried out with hydrogen. The use of hydrogen will significantly reduce the level of atmospheric pollution, since its oxidation product formed harmless - the water.
Nature reserves are compounds of hydrogen are enormous. Hydrogen can easily enter into chemical reactions in its oxidation, a large amount of heat. Therefore, hydrogen can be widely used in industry and everyday life, for the synthesis of various compounds, lighting, heating and cooling, cooking and generating electricity by electrochemical generators.