Title: Electrical Energy Production
1Electrical Energy Production
Figure 1
2Total US Energy Consumption (1998)
Figure 2
3World 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
4Figure 4
5The Golden Triangle and US Military Bases in the
Persian Gulf
Figure 5
6Cheney Energy Task Force Map of Iraqi Oilfields
Obtained by Judicial Watch through the Freedom of
Information Act
Figure 6
7Cheney Energy Task Force List of Foreign Suitors
for Iraqi Oilfield Contracts
Figure 7
8Existing and Potential Oil and Gas Export Routes
from the Caspian Basin
Figure 8
9Solar Power Solar Two in the Mojave Desert
Peak Output 10 megawatts
Figure 9
10Solar Electric Generating System in Kramer
Junction, CA
Ave. daily output 100 MW electricity
Figure 10
11Wind Power Nine Canyon Wind Project, Kennewick, WA
Phase II Expansion Completed 12/29/03 Peak
Output 63.7 MW
Figure 11
12Geothermal Energy
Hydrothermal Hot Dry Rock
Figure 12
13Figure 13
14Figure 14
15Grand Coulee Dam
Peak Output 6,500 MW
Figure 15
16Fish Hatcheries in the Columbia Basin
Figure 16
17Life Expectancy, Literacy Rate, and GDP per
Capita Compared with Annual per Capita
Electricity Use
Figure 17
18Columbia Generating Station Hanford Site,
Kennewich, WA
Output 1,150 MW
Figure 18
19 Figure 19
20Figure 20
From Bernard L. Cohen, The Nuclear Energy Option
(1990)
21The Linear (No-Threshold) Hypothesis
100 lethality
50
0.0625 lethality
600 REM
400 REM
Figure 21
0.5 REM
6,250 deaths from cancer in 10 million people
exposed to 0.5 REM of radiation
22The Linear (No-Threshold) Hypothesis-2
Figure 22
23Radiation Doses (in millirem) Naturally
Occurring and Statutory Limit for Nuclear Power
Plants
Figure 23
24Sources of Day-to-Day Radiation Exposure
Figure 24
25B
Background Radiation and EPA and NRC Regulations
First standard (1930s-1950s) 36 rem/year
Second standard 15 rem/year
Current Occupational MPD 5 rem/year
Figure 25
From Mark M. Hart, Disabling the terror of
radiological dispersal, Nuclear News July 2003
26Death Rate of People in Nagasaki Atom Bomb
Survivors Compared with Those Not Exposed to
Radiation
Figure 26
2730-Year Cancer Mortality in People Exposed to
Radiation from a Thermonuclear Explosion in the
Former Soviet Union
Figure 27
28Prevention of Cancer by Low Dose Radiation
Figure 28
29Chernobyl--1986
Figure 29
30Three Mile Island
Figure 30
31Uranium and Fossil Fuel Resources in the United
States
Figure 31
32Nuclear Fusion Power Plant
Figure 32
33Thermal Conversion Process
Figure 33
34Figure 34