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Renewable Energy, present and future

To fifteen kilometers below the surface of the

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work done by 3rd year students EPET Nº 1 Cutral co

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Page 1: To fifteen  kilometers below the surface of the

Renewable Energy, present and future

Page 2: To fifteen  kilometers below the surface of the

To fifteen kilometers below the

surface of the Earth’s an almost

limitless source of energy…

Page 3: To fifteen  kilometers below the surface of the

It is the energy of the internal heat of the earth and rock that reaches

420 degrees Celsius or more...Is Geothermal Energy.

Page 4: To fifteen  kilometers below the surface of the

Electricity Generation Plant

Page 5: To fifteen  kilometers below the surface of the

Court of the volcano

Page 6: To fifteen  kilometers below the surface of the

View of the derrick

Page 7: To fifteen  kilometers below the surface of the

Chimneys with smoke emanation

Page 8: To fifteen  kilometers below the surface of the

Generating Station

Page 9: To fifteen  kilometers below the surface of the

Funning

Page 10: To fifteen  kilometers below the surface of the

Geothermal energy provides that our planet has been created.

Geo mean earth's heat and thermal means, therefore, the geothermal heat energy coming from the earth, resulting in heat flow from the

deeper layers because of magma rock and natural radioactivity.

Page 11: To fifteen  kilometers below the surface of the

Uses of geothermal energy: Direct use of heat for industrial purposes or in the

known hot springs. Heating and water heating: With the establishment

of water networks. This network is also used for heating greenhouses water, even in aquaculture, to keep water from hatcheries at a suitable temperature.

Absorption refrigeration: Require a specific computer.

Electricity generation: They catch heat and using generators can feed entire cities.

Page 12: To fifteen  kilometers below the surface of the

Benefits of geothermal energy: Geothermal energy is always available, no seasonal

variations. After an initial investment on infrastructure,

represent a major economic and energy savings. Exploiting no sound (produces no noise). By not using tanks or dams, occupies less land. A

geothermal power plant takes up less space than a gas or coal.

Lower CO2 emissions compared to the production of energy by combustion.

Page 13: To fifteen  kilometers below the surface of the

Disadvantages of Geothermal Energy:

In some deposits shows hydrogen sulfide, a health hazard and even cause death (in bulk).

Impairment of thermal pollution landscape.

• Not allowed to be transported.