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United States Clean Electric Power

United States could achieve Clean Energy by building and operating 500 Clean Power Plants. The power plant would be manufactured at the rate of one per week. The construction of the facilities to house the power plants would take about 3 to 4 years to complete. The power plants would be located where the energy demand is the highest to reduce the cost of transmission lines. After ten to fifteen years, United States could export the power plants to other countries. 

bulletThorium and Uranium Power Plants would be 50% efficient and generate clean electricity cheaper than coal or about 3 cents per kilowatt. If process energy were used in people’s homes and businesses, the power plant’s efficiency could increase to 85%. Chemical companies could use process energy to make petroleum and consumer products.

A
1,200 Megawatt power plant, for example, would burn a metric
ton of thorium or uranium and would generate 10 Billion kilowatt-hours of electricity that is worth $1 billion at 10 cent per kilowatt. Power plant would reprocess the fuel onsite. The metric ton of waste would have 300-year lifetime compared to 10,000 to 100,000 years from nuclear power plants.

The spent fuel stored at 104 existing nuclear power plants along with depleted uranium, thorium, and plutonium left over from the cold war would be processed into fuel for the Thorium and Uranium power plants. There is enough thorium and uranium to supply the United States energy needs for over 10,000 years.


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Mirror Power Plants are three times more efficient than existing power plants. Matter and mirror matter are converted into Mirror Energy according to the mass times the speed of light squared. Using the same example, a 1,200 Megawatt power plant would use 200 grams of mirror fuel and would generate 10 billion kilowatt hours of electricity with an estimated value of $1 billion at 10 cent per kilowatt.

Existing f
ossil power plants could be upgraded. This would save both time and money by utilizing the existing infrastructure. After the power plants become operational, the existing builds, cooling towers, etc would be demolished. The excess property make available for homes, businesses, schools, and parks.

There is mirror matter to supply the World's energy needs for billions of years.

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Hydroelectric, Solar, and Wind would continue to provide clean energy. Hydroelectric generates averages about 4% depending upon the weather. Solar, wind and other clean energy sources would supply about 1%.

bulletIntelligent Grid would replace the Smart Grid because the demand for electrical power would be flat throughout the day and night. The Smart Grid implements the Cap and Trade System for carbon dioxide emissions tax that could triple electrical rates from 10 to 30 cents per kilowatt-hour. U.S. Environmental Protection Agency has developed regulations for a $1 trillion/year Carbon Tax (5 billion tons of carbon dioxide at $200 per metric ton). 

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Carbon dioxide emissions would be reduce by 2.5 billion metric tons. 

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Economics The 1,200 Megawatt power plant would cost about $1 billion. A proposed Federal Tax Incentive would enable companies to depreciate the new power plants over five years and have a five-year payback. After five years, the power plant would have $200 million before tax profit or pay $100 million in federal taxes and have $100 million in after tax profits. For 400 power plants, companies would make $40 billion and pay $40 billion in federal income taxes.

U.S. Department of Energy, Office of Nuclear Power who reports to the Secretary of Energy, would have the authority to license, monitor, and export the power plants to other countries. The Office of Nuclear Power currently helps led the Generation IV International Forum, an international collaboration on the next generation of nuclear power plants to meet the World’s future clean energy needs. The Nuclear Regulatory Administration would be responsible for monitoring the existing 104 nuclear power plants until they are decommissioned.

 

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