SYSTEM FOR HYDROGEN PRODUCTION, BY DECOMPOSITION OF WATER BASED IN HIGHLY CONCENTRATED SOLAR ENERGY AND REGULATING OF THE PROCESS BY HIGH VOLTAGE ELECTROSTATIC FIELD

摘要

The utility model relates to a hydrogen production by decomposition of water on hydrogen and oxygen, through converting it in steam at temperature at 800-1000oС, on the base of solar radiation. In order to guarantee complete separation on the system output is applied regulated high voltage electrostatic field for guaranteed separation of hydrogen cations and oxygen anions. The process is realized basically in five cycles, namely: The process is realized basically in five cycles, namely: •Purifying the water – physically and chemically; •Heating up the water with Fresnel optics up to 90-95oС – I- cycle; •Heating through a system of flat sided and parallel type mirror receiver up to 300-320oС – II cycle, through a vacuum-tube receiver; •Heating up the steam up to 800-1000оС in a vessel with a receiver with solar absorbing coating, for high pressure – III cycle, by a system of flat sided and spherical mirror receiver; •Dividing the hydrogen and oxygen by regulated high voltage electrostatic field – IV cycle; •Storing of oxygen/hydrogen – V cycle.