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ProHYDROGEN: The Clean Energy Solution for Tomorrow

Discover how ProHYDROGEN offers a renewable, clean energy source with byproducts of heat and water, benefiting air quality and our future. Learn how hydrogen is currently used in various industries, and explore the potential of hydrogen production through hydropower, wave energy converters, and small wind turbines. Delve into the economic, health, and environmental advantages of embracing hydrogen as our future energy source. Explore the finite supply of fossil fuels, the increasing demand, and the depletion of oil sources, making hydrogen a crucial alternative.

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ProHYDROGEN: The Clean Energy Solution for Tomorrow

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  1. Pro Hydrogen • Linden Lee • Emily Mosen • Andy Bauer • Kyra Hayashi • Kilee Johnson Team Shark

  2. Fossil Fuel Supply is Finite • Class exercise • Depletion of oil sources • Exponential growth of demand • Developing countries ProHYDROGEN

  3. Hydrogen is Clean and Renewable • Byproducts: heat and water • Increases air quality • Non polluting if clean energy sources used • Resources inexhaustible ProHYDROGEN

  4. Hydrogen is Already Being Used • Auto makers • Airplanes • Byproducts ProHYDROGEN

  5. Hydrogen Production • Hydropower represents about 5 quadrillion Btu’s in 2004 • Wave energy converters utilized off of US coasts are theorized to have a potential of 9-10 times that of the current US hydropower production (http://msnbc.msn.com/id/6968256/) • The total of hydropower and wave converters is therefore 55 quadrillion Btu’s • Small wind turbines could produce 6-10 trillion Btu’s(http://www.eia.doe.gov/cneaf/solar.renewables/page/epact/caveats.html) Primary Energy Use by Fuel, 2004-2030 (quadrillion Btu)

  6. Total energy use in 2035 - about 140 quadrillion Btu’s = 140 x 1015 Btu’s Total efficiency of electrolysis from production to usage – 50% (0.5) (hydropower + wave converters) 55 quadrillion Btu’s 55 x 1015 Btu’s (140 x 1015 Btu’s) – (0.5)(55 x 1015 Btu’s) = 112 x 1015 Btu’s remaining to be produced small wind turbines produce about10 trillion Btu’s each 10 x 1012 Btu’s (112 x 1015 Btu’s remaining to be produced) / (0.5)(10 x 1012 Btu’s) = 22,500 small wind turbines 4 turbines every square mile upon the Aleutian Islands (or even closer than that)

  7. Avoidance Costs • Economics • Health • Environmental ProHYDROGEN

  8. Hydrogen is our Future ProHYDROGEN

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