1. Nuclear Power David C Howell Radiation Safety Officer Wake Forest University Baptist Medical Center

2. 1941-42 December 1941: The United States enters World War II when Japan bombs Pearl Harbor September 1942: The Manhattan Project is formed to secretly build the atomic bomb before the Germans build one August 1942: The first pure sample of plutonium was isolated

3. 1942 By December, the first nuclear reactor was assembled in a squash court under the stands of Stagg Athletic Field at the University of Chicago; on December 2, 1942, the first atomic reactor was brought to criticality November 1942: Los Alamos, NM is selected as the site for the US atomic bomb laboratory

4. 1942-45 1942-45: Oak Ridge National Laboratory is built in Oak Ridge, TN; plutonium production begins 1943-45: Hanford Site is built in Richland, WA; first reactor begins plutonium production in September 1944 April-May 1945: US troops liberate concentration camps; Germany surrenders

5. 1945 July 16, 1945: US explodes first atomic device near Alamagordo, NM August 6 & 9, 1945: United States bombs Hiroshima and Nagasaki, Japan

6. Late 1940s-50s 1946: Oak Ridge ships first nuclear reactor produced radioisotopes for civilian use to the Barnard Cancer Hospital in St. Louis Dec. 20, 1951: Experimental Breeder Reactor 1 lighted these four bulbs with the world’s first usable amount of electricity from nuclear energy

7. 1950s 1953: President Eisenhower proposes joint international cooperation to develop peaceful applications of nuclear energy in his “Atoms for Peace” speech January 1954: The first nuclear powered submarine, USS Nautilus, is launched; was the first boat to visit the North Pole; steamed 500,000 miles in 25 years

8. Where is Uranium Found? Canada USA Brazil Australia Namibia South Africa Russia Mongolia China Kazakhstan Uzbekistan Niger

9. How is Uranium Processed?

10. World Dependence on Nuclear Power

11. Nuclear Energy 2001

12. US Nuclear Reactors

13. Pressurized Water Reactor

14. Three Mile Island - 1979 A minor reactor malfunction caused the temperature in the primary coolant to rise, automatically shutting down the reactor. Unfortunately, one of the relief valves failed to close and most of the primary coolant drained away, leaving the reactor core at a very high temperature. The fuel rods were damaged and radioactive material was released into the cooling water. No explosion resulted from this. The problem was contained in the reactor building, as designed. However, it did cause a lot of public concern and loss of confidence in the nuclear power industry.

15. Chernobyl - 1986 A power surge, during a test to determine how long the turbines would spin after a power loss, caused steam to lift the cover plate off the reactor, and an intense fire spread fission products into the atmosphere. This accident was caused by human error and a poorly designed and engineered reactor. The accident caused the deaths of 30 power plant employees and firemen, while another 134 emergency personnel experienced acute radiation sickness.

16. The Future? 1980 US population: 226,545,805 2000 US population: 281,421,906 Increase of 54,876,101 people (~24.2% change) No new nuclear power plants have been licensed or built since the early 1980s Brownouts in California, increased electrical usage in Silicon Valley, PCs, warmer summers demand more A/C, etc. Building gas turbine and fossil fuel plants; limits on solar/hydro/wind power Politics & public opinion will determine nuclear power’s future in the US