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Electrical Energy Electrical Energy Production Production Figure 1

Electrical Energy Production

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Electrical Energy Production. Figure 1. Total US Energy Consumption (1998). Figure 2. World Oil Consumption: 1950 and 1996. World Oil Consumption in 2001: 76.2 MBPD (a 24% increase in the 5-year period since 1996). Figure 3. Figure 4. - PowerPoint PPT Presentation

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Page 1: Electrical Energy Production

Electrical Energy ProductionElectrical Energy Production

Figure 1

Page 2: Electrical Energy Production

Total US Energy Consumption Total US Energy Consumption (1998)(1998)

Figure 2

Page 3: Electrical Energy Production

World Oil Consumption: 1950 and World Oil Consumption: 1950 and 1996 1996

World Oil Consumption in 2001: 76.2 MBPD World Oil Consumption in 2001: 76.2 MBPD (a 24% increase in the 5-year period since 1996)(a 24% increase in the 5-year period since 1996)

Figure 3

Page 4: Electrical Energy Production

                                                    

Figure 4

Page 5: Electrical Energy Production

The Golden Triangle and US Military The Golden Triangle and US Military Bases in the Persian GulfBases in the Persian Gulf

Figure 5

Page 6: Electrical Energy Production

Cheney Energy Task Force Map of Iraqi OilfieldsCheney Energy Task Force Map of Iraqi Oilfields

Obtained by JudicialWatch through theFreedom of InformationAct

Figure 6

Page 7: Electrical Energy Production

Cheney Energy Task Force List of Foreign Cheney Energy Task Force List of Foreign Suitors for Iraqi Oilfield ContractsSuitors for Iraqi Oilfield Contracts

Figure 7

Page 8: Electrical Energy Production

Existing and Potential Oil and Gas Export Routes Existing and Potential Oil and Gas Export Routes from the Caspian Basinfrom the Caspian Basin

Figure 8

Page 9: Electrical Energy Production

Solar Power:Solar Power:Solar Two in the Mojave DesertSolar Two in the Mojave Desert

Peak Output: 10 megawattsPeak Output: 10 megawatts

Figure 9

Page 10: Electrical Energy Production

Solar Electric Generating System in Kramer Junction, Solar Electric Generating System in Kramer Junction, CACA

Ave. daily output:Ave. daily output:

100 MW 100 MW electricityelectricity

Figure 10

Page 11: Electrical Energy Production

Wind PowerWind PowerNine Canyon Wind Project, Kennewick, Nine Canyon Wind Project, Kennewick,

WAWA

Phase II ExpansionPhase II ExpansionCompleted 12/29/03Completed 12/29/03

Peak Output: 63.7 MWPeak Output: 63.7 MW

Figure 11

Page 12: Electrical Energy Production

Geothermal EnergyGeothermal Energy

                                                                       

HydrothermalHydrothermal Hot Dry Rock Hot Dry RockFigure 12

Page 13: Electrical Energy Production

Figure 13

Page 14: Electrical Energy Production

Figure 14

Page 15: Electrical Energy Production

Grand Coulee DamGrand Coulee Dam

Peak Output:Peak Output:6,500 MW6,500 MW

Figure 15

Page 16: Electrical Energy Production

Fish Hatcheries in the Columbia BasinFish Hatcheries in the Columbia Basin

Figure 16

Page 17: Electrical Energy Production

Life Expectancy, Literacy Rate, and GDP per CapitaLife Expectancy, Literacy Rate, and GDP per CapitaCompared with Annual per Capita Electricity UseCompared with Annual per Capita Electricity Use

Figure 17

Page 18: Electrical Energy Production

                         

  

                                                                                                     

       

Columbia Generating Station Columbia Generating Station Hanford Site, Kennewich, WAHanford Site, Kennewich, WA

Output:Output:1,150 MW1,150 MW

Figure 18

Page 19: Electrical Energy Production

Figure 19

Page 20: Electrical Energy Production

From Bernard L. Cohen, The Nuclear Energy Option (1990)

Figure 20

Page 21: Electrical Energy Production

The Linear (No-Threshold) HypothesisThe Linear (No-Threshold) Hypothesis

100 % lethality

600 REM400 REM

50 %

0.5 REM

0.0625 %lethality

6,250 deaths from cancer in 10 million people exposed to 0.5 REM of radiation6,250 deaths from cancer in 10 million people exposed to 0.5 REM of radiation

Figure 21

Page 22: Electrical Energy Production

The Linear (No-Threshold) Hypothesis-2The Linear (No-Threshold) Hypothesis-2

Figure 22

Page 23: Electrical Energy Production

                                            

            

Radiation Doses (in millirem):Radiation Doses (in millirem):Naturally Occurring and Naturally Occurring and

Statutory Limit for Nuclear Power Statutory Limit for Nuclear Power PlantsPlants

Figure 23

Page 24: Electrical Energy Production

Sources of Day-to-Day Radiation ExposureSources of Day-to-Day Radiation Exposure

Figure 24

Page 25: Electrical Energy Production

B

From Mark M. Hart, “Disabling the terror of radiological dispersal,” Nuclear News July 2003

First standard (1930s-1950s)36 rem/year

Current OccupationalMPD: 5 rem/year

Second standard15 rem/year

Background Radiation and EPA and NRC RegulationsBackground Radiation and EPA and NRC Regulations

Figure 25

Page 26: Electrical Energy Production

Death Rate of People in Nagasaki: Death Rate of People in Nagasaki: Atom Bomb Survivors Compared with Those Not Atom Bomb Survivors Compared with Those Not

Exposed to RadiationExposed to Radiation

Figure 26

Page 27: Electrical Energy Production

30-Year Cancer Mortality in People Exposed to 30-Year Cancer Mortality in People Exposed to Radiation from a Thermonuclear Explosion in the Radiation from a Thermonuclear Explosion in the

Former Soviet UnionFormer Soviet Union

Figure 27

Page 28: Electrical Energy Production

Prevention of Cancer Prevention of Cancer by Low Dose Radiationby Low Dose Radiation

Figure 28

Page 29: Electrical Energy Production

Chernobyl--1986Chernobyl--1986

Figure 29

Page 30: Electrical Energy Production

Three Mile IslandThree Mile Island

Figure 30

Page 31: Electrical Energy Production

Uranium and Fossil Fuel Resources Uranium and Fossil Fuel Resources in the United Statesin the United States

Figure 31

Page 32: Electrical Energy Production

Nuclear Fusion Power PlantNuclear Fusion Power Plant

Figure 32

Page 33: Electrical Energy Production

Thermal Conversion Thermal Conversion ProcessProcess

Figure 33

Page 34: Electrical Energy Production

Figure 34