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COMPLETED POWERPOINT (DONT DELETE)
 

COMPLETED POWERPOINT (DONT DELETE)

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ITS DONNNNEEE!!!

ITS DONNNNEEE!!!

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    COMPLETED POWERPOINT (DONT DELETE) COMPLETED POWERPOINT (DONT DELETE) Presentation Transcript

    • Geothermal Energy
      By: Kyle Fisher,
      Andrew Colagreco, and
      Philip Himmelstein.
    • Definition:thermal energy generated and stored in the Earth
      It can be used for electrical use and also for home heating.
      The heat inside of the Earth originally came from volcanic activity and solar rays being absorbed when the Earth was formed.
      What is Geothermal Energy?
    • Definition: Electricity generated from geothermal energy.
      Geothermal plants run around the clock, which increase the reliability value of them. Which solar and wind are not able to do.
      The three types of geothermal plants are dry steam, flash steam, and binary cycle plants.
      Geothermal Electricity
    • Dry Steam Plant
      A power plant where steam is released from the pressure of a deep reservoir, through a rock catcher, and then past the power generator turbines.
    • Flash Steam Plant
      A power plant where water is pumped under great pressure to the surface. When it surfaces, the pressure is reduced and as a result some of the water changes to steam. This creates a blast of steam. The water is then returned to the earth to be heated up by geothermal rocks again.
    • Binary Cycle Plants
      A power plant where warm geothermal water is pumped to the surface and passed through a heat exchanger that contains a special fluid that boils the water. The heat from the water makes this secondary fluid flash into vapor. The newly created vapor spins the turbines, while the cooled steam is injected back into the earth.
    • Geothermal Energy
      For Home Use
      Used mostly for domestic heating and cooling
      Creates absolutely no pollution
      Can save you up to $2000.00 dollars annually
    • In cooling mode, geothermal heating / cooling systems take warm air from in the house and run it through a compressor, which turns the air into water. Then, the water goes underground and disperses the heat into the ground, cooling the water. The water then runs back up, turns back to a gas, and cycles back into the house.
      Cooling Mode
    • In heating mode, geothermal heating / cooling systems take cold air from in the house and run it through a compressor, which turns the air into water. Then, the water goes underground and absorbs the heat into the ground, heating the water. The water then runs back up, turns back to a gas, and cycles back into the house.
      Heating Mode
    • Geothermal Energy
      Pros & Cons
      The six main areas of discussion about the pros and cons of geothermal energy are:
      - Environmental Friendliness
      - Reliability
      - Cost
      - Availability
      - Looks
      - Sustainability
    • Environmental Friendliness
      Pros
      Cons
      Basically emission-free
      Smallest land-use
      Produces silica and sulfur dioxide (although barely any)
    • Reliability
      Pros
      Cons
      Once in operation, the most reliable energy source
      No purchase of fuel
      No waste disposal
      Every geothermal energy facility that has been built in the last 100 years is still in production
      NONE
    • Cost
      Pros
      Cons
      No fuel costs
      In competition with coal power plant prices, making them one of the cheapest
      High initial costs for construction
    • Availability
      Pros
      Cons
      Provides ¼ of the Western US’s electricity
      Drilling technology is improving, increasing the range of geothermal use on the globe
      Primarily available where magma is close to the surface, which isn’t everywhere
      Not very vast amount of plants
    • Looks
      Pros
      Cons
      Least aesthetic problems out of all power plants
      Least visual impact of any power generation technology available
      Plants where river water is used for a cooling medium are built completely underground
      NONE
    • Sustainability
      Pros
      Cons
      Enough thermal energy exists in our planet to run civilization for billions of years
      More energy available in the earth than oil, coal, gas, and mineable nuclear fuels combined.
      When technology improves, geothermal energy will provide us with more than enough energy than we need
      Some resources aren’t hot enough to successfully run a geothermal power plant
    • Pros & Cons Overview
      All in all the average for each area of discussion is as follows:
      - Environmental Friendliness
      - Reliability
      - Cost
      - Availability
      - Looks
      - Sustainability
    • Conclusion
      All in all, Geothermal Energy is a long-lasting, efficient way to heat / cool your home and run some of the world’s electric power plants.