초록 ▼

A solar chimney assembly including a chimney (3) is build using a mountain (11) as support. The chimney (3) receives air from a solar heat collector (1) that heats the air below it creating an updraft of air. The air goes up because of the difference in temperature and the difference of pressure bet

A solar chimney assembly including a chimney (3) is build using a mountain (11) as support. The chimney (3) receives air from a solar heat collector (1) that heats the air below it creating an updraft of air. The air goes up because of the difference in temperature and the difference of pressure between the base and the top of the chimney. This higher the difference of temperature and pressure, the faster the air will go up. An array of turbines (2) is driven by the air. The chimney (3) will be as high as the mountain (approximately 1,000 meters high or higher) and will go above the inversion layer or thermic ceiling (10). At the top of the chimney, a fine mist of electrically charged water (5), taken from a reservoir (4) is sprayed across the top of the tower, attracting pollution in the air like sulfur dioxide, soot and other particles. The water will fall because of gravity and will be collected in a second reservoir (6) and will be used to send it down the mountain through a pipe (7) to generate additional electric power with a turbine (8).

대표청구항 ▼

I claim: 1. A solar chimney arrangement, comprising: A solar heat collector to heat the air below it, A chimney build using a mountain as support permitting reaching heights of more than 1,000 meters above the base, to conduct the updraft of hot air coming from the solar collector, A set of turbine

I claim: 1. A solar chimney arrangement, comprising: A solar heat collector to heat the air below it, A chimney build using a mountain as support permitting reaching heights of more than 1,000 meters above the base, to conduct the updraft of hot air coming from the solar collector, A set of turbines at the base of the chimney to generate electric power, An evaporative spray of water at the top of the chimney to capture the polluted particles in the air. 2. A solar chimney arrangement, comprising: A solar heat collector to heat the air below it, A chimney build using a mountain as support permitting reaching heights of more than 1,000 meters above the base, to conduct the updraft of hot air coming from the solar collector, A set of turbines at the base of the chimney to generate electric power, An evaporative spray of hot water at the bottom of the chimney to capture the polluted particles in the air.