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Nintendo's Mario endures even as games come and go

FACTS AND FIGURES ABOUT ALTERNATIVE FUELS

BIOFUELS

Now: Biofuels include everything from bio-diesel, a fuel popular in Europe that's made from fats and oils extracted from biological materials, to ethanol, a clear, odorless alcohol made from distilling sugars and starches from crops.

A high-blend ethanol fuel — E85, for use in what are called flex-fuel vehicles — is available at 2,000 gas stations nationwide. About 3 percent of all cars and trucks on the road were flex-fuel vehicles in 2007.

Price comparison: Average for E85 fuel, $2.08 a gallon versus $2.47 a gallon for gas.

Potential: While renewable fuels might never completely displace the need for gasoline, policymakers think they can make a big dent in the country's demand for fossil fuels. It's cleaner burning, renewable and in some cases cheaper to refine than gasoline.

Congress has mandated that by 2022, 36 billion gallons of renewable fuel be blended into gasoline. A second-generation of ethanol is also on the horizon—cellulosic ethanol. Cellulosic ethanol has several advantages over its predecessor, namely that it uses materials not central to the nation's food supply, such as wood chips and switch grass.

Pitfalls: Most domestically produced ethanol is made from corn, stoking concerns that its use as fuel could chip away at feedstock supplies and increase food prices. Ethanol also is expensive to distribute, must be transported separately from gasoline and lacks a cohesive infrastructure. Today, only a sliver of the gas stations nationwide sell E85, a blend that isn't as efficient as gasoline. Cellulosic ethanol could solve some of these problems, but the technology to make it practical and inexpensive is several years away.

ELECTRIC-BATTERY POWER

Now: Last year, there were about 1.3 million gasoline-electric hybrids on the road. Next year, the first plug-in hybrid electric vehicles will come to market. While still using gas, they also allow drivers to charge vehicles from household outlets. All-electric vehicles, which draw power strictly from an outlet, also are under development.

Estimated fuel cost: The equivalent of 70 to 80 cents a gallon.

Potential: The technology is maturing quickly with automakers working on vehicles that can travel longer distances on a single electric charge. The federal government has sunk $2 billion this year into advanced battery research. Unlike biofuels, an infrastructure is largely in place for distributing electricity, with most drivers able to charge their vehicles at home.

Pitfalls: Batteries are expensive and buyers will pay a premium to purchase electric-power vehicles. It takes energy to make electricity, and today's energy supply is still largely dependent on carbon-emitting sources, such as coal plants.

HYDROGEN FUEL

Now: Analysts say it could be years before consumers start seeing hydrogen-powered vehicles in dealer showrooms. Their presence on the road is largely relegated to test fleets, such as those built by GM and Ford.

Estimated fuel cost: $3 to $4 to make a gallon-equivalent of hydrogen.

Potential: Enormous. It emits no carbon, only water vapor and some hydrogen, is abundant in nature and can be produced in the United States. The experience of using hydrogen fuel is similar to gasoline. Drivers could pull up to a hydrogen station, fill up in five to 10 minutes and travel about the same range. Hydrogen-powered engines are much more efficient than gasoline engines.

Pitfalls: Cost is a big impediment. The technology is in its infancy and fuel cells — central to turning hydrogen into electricity for powering the motor — are too expensive to produce to make them commercially viable. Building an infrastructure to transport and store hydrogen fuel will require enormous capital and could take years. Hydrogen requires highly pressurized tanks, much larger than those now found in gas stations.

BIOFUELS

Now: Biofuels include everything from bio-diesel, a fuel popular in Europe that's made from fats and oils extracted from biological materials, to ethanol, a clear, odorless alcohol made from distilling sugars and starches from crops.

A high-blend ethanol fuel — E85, for use in what are called flex-fuel vehicles — is available at 2,000 gas stations nationwide. About 3 percent of all cars and trucks on the road were flex-fuel vehicles in 2007.

Price comparison: Average for E85 fuel, $2.08 a gallon versus $2.47 a gallon for gas.

Potential: While renewable fuels might never completely displace the need for gasoline, policymakers think they can make a big dent in the country's demand for fossil fuels. It's cleaner burning, renewable and in some cases cheaper to refine than gasoline.

Congress has mandated that by 2022, 36 billion gallons of renewable fuel be blended into gasoline. A second-generation of ethanol is also on the horizon—cellulosic ethanol. Cellulosic ethanol has several advantages over its predecessor, namely that it uses materials not central to the nation's food supply, such as wood chips and switch grass.

Pitfalls: Most domestically produced ethanol is made from corn, stoking concerns that its use as fuel could chip away at feedstock supplies and increase food prices. Ethanol also is expensive to distribute, must be transported separately from gasoline and lacks a cohesive infrastructure. Today, only a sliver of the gas stations nationwide sell E85, a blend that isn't as efficient as gasoline. Cellulosic ethanol could solve some of these problems, but the technology to make it practical and inexpensive is several years away.

ELECTRIC-BATTERY POWER

Now: Last year, there were about 1.3 million gasoline-electric hybrids on the road. Next year, the first plug-in hybrid electric vehicles will come to market. While still using gas, they also allow drivers to charge vehicles from household outlets. All-electric vehicles, which draw power strictly from an outlet, also are under development.

Estimated fuel cost: The equivalent of 70 to 80 cents a gallon.

Potential: The technology is maturing quickly with automakers working on vehicles that can travel longer distances on a single electric charge. The federal government has sunk $2 billion this year into advanced battery research. Unlike biofuels, an infrastructure is largely in place for distributing electricity, with most drivers able to charge their vehicles at home.

Pitfalls: Batteries are expensive and buyers will pay a premium to purchase electric-power vehicles. It takes energy to make electricity, and today's energy supply is still largely dependent on carbon-emitting sources, such as coal plants.

HYDROGEN FUEL

Now: Analysts say it could be years before consumers start seeing hydrogen-powered vehicles in dealer showrooms. Their presence on the road is largely relegated to test fleets, such as those built by GM and Ford.

Estimated fuel cost: $3 to $4 to make a gallon-equivalent of hydrogen.

Potential: Enormous. It emits no carbon, only water vapor and some hydrogen, is abundant in nature and can be produced in the United States. The experience of using hydrogen fuel is similar to gasoline. Drivers could pull up to a hydrogen station, fill up in five to 10 minutes and travel about the same range. Hydrogen-powered engines are much more efficient than gasoline engines.

Pitfalls: Cost is a big impediment. The technology is in its infancy and fuel cells — central to turning hydrogen into electricity for powering the motor — are too expensive to produce to make them commercially viable. Building an infrastructure to transport and store hydrogen fuel will require enormous capital and could take years. Hydrogen requires highly pressurized tanks, much larger than those now found in gas stations.



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