... has shown people that choice can provide better value. The deregulated electric utility industry would look and act a lot like the long distance phone business. The market would set electricity rates. Sharp increases or decreases in the cost of fuel or customer volume would affect the prices. Prices have decreased even without deregulation however. According to the Edison Electrical Institute ... deregulation. As stated in the previous page, the main obstacle to electrical utility deregulation is stranded costs. Two of the main issues surrounding stranded costs are their impact on elect...

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... into clean power sources. Hydroelectric is one of the oldest forms of clean power. Hydropower converts the energy of flowing water into electricity. Today's hydropower plants generally range in size from several hundred kilowatts to several hundred megawatts, but a few large plants have capacities up to ... Storage plants have enough storage capacity to offset seasonal fluctuations in water flow and provide a constant supply of electricity throughout the year. Large dams can store several years" worth of water. Then there is pumped storage which reuses water. After water initially ... p...

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... fact that they cannot be used to operate devices that require more than that certain amount of voltage. Of the renewable energy sources that generate electricity, hydropower is the most often used. It accounted for 7.2 percent of U.S. generation and 76 percent of renewable generation in 2000. Hydroelectricity is ... In either instance, the water flows through a pipe, or penstock, then pushes against and turns blades in a turbine to spin a generator to produce electricity. In a run-of-the-river system, the force of the current applies the needed pressure, while in a storage system, water ...

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... , and natural gas. These fossil fuels prove to be very important in our everyday lives. They provide 88 percent of all primary energy and 70 percent of all electricity that we use in the United States today. They make it possible for automobiles, airplanes, ships, and trains, as well as many other powered machines to function ... fossil fuels, last? Our most abundant fossil fuel is coal. Coal is primarily used in the United States to generate electricity. It is burned in power plants to produce more than one half of all the electricity that we use. "The United States has more coal reserve...

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... steam engines which could power anything from trains to ships. More recently, "biomass fired steam power has been used to generate electricity [which] can have numerous environmental and air-quality advantages over burning fossil fuels" (How Biomass Energy Works"). But biomass has other uses than ... just the generation of electricity, it can also be converted into liquid form and used as a fuel for automobiles. In this form biomass produces less emissions and ... can also be mixed with water which also produces heat and can be used to boil water, produce steam, and drive a turbine to g...

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... may be fogged right now due to our dependence on their oil. Not only will existing industries be changed but new ones will emerge. While wind electricity has been growing, it has not yet been used to its full potential. Producing energy in 2000 alone, 1.56 billion metric tons of carbon ... dioxide was released into the atmosphere by power plants and oil refineries (Bivens 13). In this new economy wind electricity would play a key role in supplying the world with clean energy. In order for this to be true, millions of wind turbines would have to become ... part of the worlds landscape. A...

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... apply for it. Public utilities frequently operate as monopolies in their market. In the United States, public utilities are most commonly involved in the business of supplying consumers with water, electricity, telephone, natural gas, and other necessary services. Industries such as these are said to be "affected with a public interest" and therefore are subject to a certain degree of government ... . A public utility usually operates under a license or franchise that allows special privileges, such as the right of eminent domain. A public utility usually supplies an essential service, ...

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... always grow more trees and crops, and waste will always exist. Many different kinds of biomass, such as woods chips, corn, and some types of garbage, are used to produce electricity. Some types of biomass can be converted into liquid fuels called biofuels that can power cars, trucks, and tractors. Leftover food products like vegetable oils and animal fats can create ... for recreation and leisure activities. Some of the way is considered to reduce the growth in greenhouse gases by the use of biomass is when, the burning biomass create clean electricity releases no new carbon into the at...

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... for solutions, which do not deplete our natural resources or destroy our environment. An alternative for mining or drilling in Antarctica is to decrease demand through efficiency and to increase electricity production from renewable sources. Renewable energy technologies tap into natural cycles and systems, turning the ever-present energy around us into usable forms. Current levels of renewable energy use represent ... only a tiny fraction of what could be developed. Several major studies show that the United States can meet a large share of its electricity needs from renewable resource...

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... forms of fossil fuels, it is proven that natural gas is clean burning, with very few pollutant emissions (Davis). Our energy consumption for daily activities such as: cooking, heating and electricity usage are now mainly supported by non-clean burning fossil fuels. If we were to substitute these fossil fuels with natural gas, we could potentially cut down our greenhouse gas ... emissions by a substantial amount. Currently natural gas accounts for 30% of electricity production and 50% of home heating (Napach). Besides the fact that it is clean burning, the other essential perk of using n...

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... available in the market for many years. The cost per kg varies with the electrolyzer size from approximately $6/kg to $15/kg and is heavily dependent on the cost of electricity. At the lower end of this range, the cost of electrolytically produced hydrogen at a typical station is equivalent to gasoline on a miles basis (approximately $3-$5/gallon of gasoline equivalent) if used ... enable renewables by making them dispatchable is a market opportunity of substantial scale that has until recently received less attention than the vehicle opportunity. In this second large application, inter...

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... to renewable and alternative forms of energy. A large portion of the energy sources we use comes from burning fossil fuels. Most power plants burn fossil fuels; especially coal, to generate electricity. Both natural gas and oil are widely used for heating homes, schools, and offices. Cars, trucks, motorcycles, and lawnmowers all burn gasoline, which is extracted from oil. Energy is one ... and should also make other renewable energy sources more practical replacements for fossil fuels. It is very likely that solar, wind, and geothermal power can eventually be used to produce electricity...

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... plants that release carbon dioxide into the atmosphere. Humans rise the amount of carbon dioxide released to the atmosphere when they burn fossil fuels, solid wastes, drive vehicles, and generate electricity by the burning of coal. At the same time, the number of trees available to absorb carbon dioxide through photosynthesis has greatly reduced by deforestation, the long-term destruction of ... devices that produce no greenhouse emissions at all. Such as wind power, which is the same concept of a windmill. When the blades on several of them turn it generates enough electricity to power...

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... to renewable and alternative forms of energy. A large portion of the energy sources we use comes from burning fossil fuels. Most power plants burn fossil fuels; especially coal, to generate electricity. Both natural gas and oil are widely used for heating homes, schools, and offices. Cars, trucks, motorcycles, and lawnmowers all burn gasoline, which is extracted from oil. Energy is one ... and should also make other renewable energy sources more practical replacements for fossil fuels. It is very likely that solar, wind, and geothermal power can eventually be used to produce electricity...

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... into peat, then over millions of years, into coal (under very high pressures and worked on by microbes in the absence of oxygen). The coal is then burned to produce electricity, and thus the carbon is returned to carbon dioxide in the air. Aquatic and marine plants absorb dissolved carbon dioxide from the atmosphere to photosynthesize. The dissolved carbon dioxide is ... of depletion of the Earth's natural resources and a significantly increased in usage of fossil fuels. Through conversion of fossil fuels (such as burning of coal) into useful energy (such as electricity), carbon, sulphu...

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... also know as battery cars is the most recent suggested solution that works by taking hydrogen either in gaseous or liquid form and electrochemically combining it with oxygen to produce electricity that is usually stored in a battery. These cars are equipment with energy saving features like automatic engine shutdown when the vehicle is stopped and regenerative braking that converts kinetic energy ... into electricity to charge the battery. Converting a nice old car into an electric car would be noticeably less than a new gas powered car. Even though this car is 95% more efficient there ...

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... that sulfur dioxide, carbon dioxide, and nitrogen are the major causes of these hazardous depositions. All of these chemicals come from factories, cars and electricity. The very root of the process begins at factories that generate electricity that relies on burning fossil fuels like coal. Acid rain also depends on the over-usage of everyday human needs such as transportation and electric ... ...

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... . These chemicals are known as greenhouse gases; some of the most common ways in which greenhouse gases are emitted include from the combustion of fossil fuels in cars, factories and electricity production. The most common and harmful greenhouse gas is carbon dioxide, or CO2. Carbon dioxide and other greenhouse gases are responsible for the many growing holes in the ozone layer ... ...

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... the CO2 emissions to a proposed goal. According to Floros and Vlachou (2005), it showed that when secondary sector in Greece tax cost $50 per ton of carton, without independently started electricity restructuring. In Greece, the CO2 emissions reduced by 17.6 percent compared with the 1998 level. Carbon tax could provide impetus for industries using more renewable energy and natural gas to ... ...

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... expensive to extract than they had planned for, landowners, investors, and lenders will not reap the benefits they had hoped for from their investments. In turn, consumers will face higher electricity and home heating bills (Urbina). Furthermore, even if the plans go smoothly, the environment will mostly likely take a beating. Hydraulic fracturing, or hydrofracking, is used to get the gas flowing ... ...

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... is what can be done about this problem? To solve the acid rain problem, people need to get educated on the causes and effects of it. Almost all of the electricity that powers modern life comes form the burning of fossil fuels (coal, natural gas, and oil). Sulfur dioxide (SO2) and Nitrogen oxides (NOx) are emitted into the atmosphere from burning ... ...

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... should we permanently destroy this unique wilderness for an unnecessary and uncertain amount of oil?- "From the trucks that deliver the goods, to the factories that rely on oil-driven electricity, our supply of energy is vital to our economy. Oil is not a renewable source of energy, and we will exhaust it eventually. Our nation's need for renewable sources of energy ... ...

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... undergo the previous reactions and make 2 ozone molecules. *Equations from: "Photochemical smog: the killer on a summer's day- by Gwen and Mike Pilling. Coal is a good source of energy to produce electricity. However it produces waste that can pollute the atmosphere, For this reason the management of Longannet had to minimise the release of oxides of sulphur and nitrogen which are the ... ...

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... . One major way is to reduce the amount of trips you take in your car. Another way that a lot of our pollution is caused is by creating electrical energy. When electricity is created, fuels are usually burned, and this causes the pollution, which causes acid rain. The generation of electric power produces more pollution than any other industry in the United ... ...

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... . Energy may also be obtained indirectly. For example, at a power plant, oil is burned to create steam and that steam produced is used to power a generator which is used for electricity. Energy that is produced by businesses and the government and then sold to the public is called commercial energy. About 85 percent of all commercial energy comes from petroleum, coal ... ...

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