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How Will America Survive Without Foreign Oil?. Ideas for Today and Tomorrow. America is the World’s Largest Consumer of Energy. America has approximately 5% of the world’s population We consume approximately 30% of the world’s energy
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How Will America Survive Without Foreign Oil? Ideas for Today and Tomorrow
America is the World’s Largest Consumer of Energy • America has approximately 5% of the world’s population • We consume approximately 30% of the world’s energy • Americans consume more than twice the energy of citizens of industrialized nations
More than 50% of the oil consumed in America is foreign • Key suppliers include: • Mexico • Canada • Venezuela • Saudi Arabia • This dependency costs money
What Would We Do If This Foreign Oil Was Disrupted? IS THERE A VIABLE ALTERNATIVE?
Today’s Situation • We use 19.5 million barrels of oil a day for transportation • On 2001, more than 10% of our Gross Domestic Product was spent on transportation • Emissions from automobiles emit 22% of America’s greenhouse gases a year
How is transportation inefficient • Vehicles can be much more fuel efficient • Lighter materials • Better engine design • Fuel additives • Hybrid Vehicles • Savings add up • Money saved each year on fuel • Money saved on related costs
Short-term Goals and Caveat • Increase the use of additives • Increase minimum MPG on automobiles • Do both of the above without affecting vehicle prices
Long-Term Strategy • 55 MPG vehicles within 20 years • 50% ethanol fuel within 20 years • Caveat – Keep cars safe and powerful
How Did We Get Here? • Waste • No carpooling • Bigger cars • Thriving Economy • Cheap gas • More powerful cars
Americans Love Our Cars • It’s a big country • We’re used to the convenience • The use of private vehicles for transportation is going to stay
We are on the move • Americans traveled nearly 5 trillion miles in 1999
Americans will not kick the car habit in the near future • This means the only short-term solution is to: • Demand more efficient vehicles • Use renewable fuel additives such as ethanol
Better mileage Fuel technology alone can increase economy to 40 miles per gallon
Ethanol is more efficient • 100 BTUs of energy to produce 135 BTUs of ethanol • 100 BTUs of energy to produce 85 BTUs of gasoline
Current vehicles can use it • Every automobile manufactured for sale in the US is capable of running with an ethanol fuel additive • Some diesel engines can even operate with mixtures containing as much as 85% ethanol
Why is it good? • It’s made in America • It’s renewable • It costs about the same as gasoline • It burns cleaner • It prevents freezing gas lines • We can grow as much as we need
More Efficient Vehicles • Increasing fuel use to 55mpg will save 4 billion barrels of oil over the next 12 years • By 2020, we can save 4.8 million barrels a day – more than we currently import from the Persian gulf
The other main use of oil is for production of other forms of energy • Heat • Electricity • Steam
More efficient homes = less oil needed to create this energy • Better construction • Solar power • Geothermal heating and cooling • Wind production • Lighting
Insulation = savings • Building “super insulated” homes use only about 20% of the energy to heat and cool • The cost of construction is saved in less than 2 years
Simple solutions can equal big energy savings • Weather stripping • Double pane windows • Foam core doors • Attic fans • Higher quality insulation • Southern windows
Two types of solar • Electricity production • Heat production
Making your own electricity • A midsize photovoltaic solar panel will: • Cost approx $10,000 after incentives • Produce 24% of the electricity used by the average household • Eliminate 7600lbs of CO2 emissions in one year
The Sun can heat...and cool: • Solar energy is easily converted to heat • It can also be used in a system that cools
The steps of solar heating • The sun heats water between layers of glass or other material • The water is circulated throughout the home radiating its heat • The cooled water is circulated back through the glass plates
These systems are readily available • “Normal” energy production is 20%-30% efficient. • CHPS are approximately 80% efficient.
Current Legislation There is a surprising amount of efficiency legislation either on the books or pending in Congress
Energy Interconnect Legislation • Combined Heat and Power Advancement Act of 2001 • Designed to promote the development of CHP systems by providing equal access to the power grid