![]() To establish this inference, we use elastic dislocation and hydrodynamic models to analyze the tsunami. Key words: Extraction freshwater, method of getting freshwater, receiving energy from atmosphere, powerful renewal electric plant.įrom new interpretations of the geometry of the San Andreas Fault geometry offshore of the Golden Gate, we demonstrate that the tsunami from the great 1906 San Francisco Mw=7.8 earthquake is best explained by bilateral rupture on discontinuous fault segments starting at an epicentral location near an offshore dilatational stepover north of Lake Merced. The offered electricity installation in 100 - 200 times cheaper than any common electric plant of equivalent output. The solar air heater produces a huge amount of electricity as a very powerful electricity generation plant. For increasing the productivity the seawater is injected into air and solar air heater may be used. ![]() Moreover, in variant (1) the freshwater has a high pressure (>30 or more atm.) and can be used for production of energy such as electricity and in that way the freshwater cost is lower. The first method does not need energy, the second needs a small amount. In version (2) wind and propeller are used for causing air movment. In the first version, wind and solar heating of air are used for causing air flow. The author method has two working versions: (1) the first variant the warm (hot) atmospheric air is lifted by the inflatable tube in a high altitude and atmospheric steam is condenced into freswater: (2) in the second version, the warm air is pumped 20-30 meters under the sea-surface. If seawater is not utilized for increasing its productivity, this inexpensive new method is very environment-friendly. It does not require long-distance freshwater transportation. This new method may be used at any point in the Earth except Polar Zones. All other industrial methods extract water from a saline water source (in most cases from seawater). The suggected method is fundamentally dictinct from all existing methods that extract freshwater from air. The offered electricity installation is 100 -200 times cheaper than any common electric plant of equivalent output.Īuthor offers and researches a new, cheap method for the extraction of freshwater from the Earth atmosphere. The solar air heater produces a huge amount of electricity as a very powerful electrical generation plant. For increasing the productivity the seawater is injected into air and a solar air heater may be used. Moreover, in variant 1) the freshwater has a high pressure (> 30 or more atm) and can be used for production of energy such as electricity and in that way the freshwater cost is lower. In version 2) wind and fans are used for causing air movment. The author's method has two working versions: 1) In the first variant warm (or hot) atmospheric air is lifted by the inflatable tube in a high altitude and atmospheric water vapor is condensed into freshwater 2) in the second version, the warm air is pumped 20 -30 meters under the sea-surface. If seawater is not utilized for increasing its productivity, this inexpensive new method is very environmentally-friendly. This new method may be used at any point in the Earth except the Polar Zones. The suggested method is fundamentally dictinct from all existing methods that extract freshwater from air. ![]() The author offers a new, cheap method for the extraction of freshwater from the Earth's atmosphere. ![]()
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