By Matt Douglass.  The Three Mile Island accident was a partial nuclear meltdown which occurred in one of the two Three Mile Island nuclear reactors.

Slides:



Advertisements
Similar presentations
Nonrenewable Energy Nuclear Energy. Nuclear energy- released by a nuclear fission or fusion reaction. –Nuclear force 1,000,000 times stronger than chemical.
Advertisements

Three Mile Island (TMI-2)
Kelsey Perkins. This is Three Mile Island BEFORE the accident.
Accidents Happen But Nuclear Accidents Require Special Skill!
MIS 5241 Three Mile Island What Happened, What Worked, What Didn’t.
Nuclear Power Plants Disasters and their possible meltdowns.
Nuclear Energy. How does a nuclear reactor work? Is it a major energy source worldwide? Is it Green? Problems – Waste Disposal – Accidents Future – Research.
Nuclear Reactors. Fission has been developed as an energy source to produce electricity in reactors – Within the reactors, controlled fission occurs –
Nuclear Power.
Section 2: Nuclear Energy
Nuclear Power What is nuclear energy? Power plants use heat to produce electricity. Nuclear energy produces electricity from heat through a process called.
Nuclear Fission & Fusion Nuclear Fusion - Energy released when two light nuclei combine or fuse However, a large amount of energy is required to start.
Nuclear Power.
1 Nuclear Energy Chapter 16. Atoms and Radioactivity All common forms of matter are composed of atoms. All atoms are composed of: 1) Protons (found in.
Nuclear Power Dylan Waybright Kendall Caminiti Gina Raimondo Susan Ellington Paige Urbanovsky.
Fukushima Incident Preliminary Analysis, Consequences and Safety Status of Indian NPPs Part-1 Dr. S.K.Jain Chairman & Managing Director NPCIL & BHAVINI.
Nuclear disaster 3 mile. History In 1979 at three mile nuclear power plant which is in the united states. A cooling malfunction caused part of the core.
Derek Venhuizen 3 MILE ISLAND Nuclear_Generating_Station_Unit_2.jpg.

Nuclear Energy and Nuclear Waste The Good, The Bad, and the Ugly…
THREE MILE ISLAND NUCLEAR MELTDOWN 1979 RACHAEL NAEGER MELISSA ELLIOTT JENNA CLACK ALYSSA BRYANT.
Nuclear Power as a High Risk System And the Accident at Three Mile Island Discussing Perrow Chapters 1 and 2 Presented by Gus Scheidt Friday the Thirteenth.
Daniel Stewart.  Accidents in a nuclear plant can range from minor emissions of radioactivity to catastrophic releases such as: - widespread radiation.
Worldwide Commercial Energy Production. Nuclear Power Countries.
Nuclear Energy How will it affect you?. Nuclear Energy: What is it? n Fission –the splitting of an atom by a neutron, resulting in two or more neutrons.
Nonrenewable Energy.
Section 2Nuclear Changes Classroom Catalyst. Section 2Nuclear Changes Objectives Describe nuclear fission. Describe how a nuclear power plant works. List.
By: Aaron Mashore. Facts  13 percent of the world’s electricity comes from nuclear power plants that emit little to no greenhouse gases.  Nuclear energy.
FUEL SOURCES: NUCLEAR BY NINA GREEN
III. Nuclear Power. A. Reactions and Sources 1. Uses energy released by nuclear fission- the splitting of the nucleus of an atom 2. Nucleus is hit with.
Chapter 12 Nuclear Energy.
Just Do It Now – E Problems 1.Given that the electricity for home use is five cents per kilowatt- hour, how much would it cost to operate five fluorescent.
N UCLEAR E NERGY Environmental Science Chapter 17 Section 2.
Nonrenewable EnergySection 2 Section 2: Nuclear Energy Preview Bellringer Objectives Nuclear Energy Fission: Splitting Atoms How Nuclear Energy Works The.
Nuclear Energy.
What can go wrong? Nuclear power plants cannot explode like a nuclear bomb. A bomb needs a critical mass in a confiuration which is not present in the.
Ta’Juan Dutrieuille November 4, 2009 Period 1
Nuclear Power Plant How A Nuclear Reactor Works.
Uranium Ore - must be “enriched” most abundant = 238 U fissionable = 235 U (“fuel”) Reminder: Isotopes different # of neutrons Naturally occurring radioactive.
Nuclear Power Plants. If the neutrons can be controlled, then the energy can be released in a controlled way. Nuclear power plants produce heat through.
Nuclear fission Nuclear fission: heavy nuclei split into two smaller parts in order to become more stable proton neutron Kr-90 nucleus U-235 nucleus energy.
Nuclear Power. Nuclear Fuel  Primarily involve nuclear fission  Fuel: typically is uranium-235 Must be enriched, as the most abundant isotope of uranium.
Coal-Fired Plant Coal is conveyed to boiler In primary water loop, water is boiled into steam Steam is sent through turbine Turbine spins the generator,
Nuclear Energy A presentation by Kyle Piper, Alex Guthrie, Kaj Harvey, Henry Lembeck.
© Cengage Learning 2015 LIVING IN THE ENVIRONMENT, 18e G. TYLER MILLER SCOTT E. SPOOLMAN © Cengage Learning 2015 Nonrenewable Energy-Nuclear Energy.
Fossil Fuels & Electricity. Electricity as a resource Electricity is created by the flow of electrons. (Most) Power plants use electric generators powered.
 In the 1950s and 1960s, nuclear power plants were seen as the power source of the future because the fuel they use is clean and plentiful.  In the.
What do you know of Japan’s Nuclear crisis? How about any past nuclear issues? Do you feel that nuclear power is safe? Why or why not? Question of the.
ENVIRONMENTAL DISASTERS
Nuclear Energy and Nuclear Waste
The Three Mile Island The Biggest Nuclear Accident in the U.S.
Section 2: Nuclear Energy
Section 2: Nuclear Energy
Objectives Describe nuclear fission.
By: Brandy Lathrop December 6th 2016 December 16th 2016.
9.5 Nuclear Power Although nuclear power does not come from a fossil fuel, it is fueled by uranium, which is obtained from mining and is non-renewable.
Pressurized Water Reactors
Nuclear Biomass Tidal Solar Wind Geothermal
The 1970’s Post-Watergate.
Nuclear (Atomic) Power Plant
Nuclear Energy and Nuclear Waste
Chapter 17-2 Warm Up 1. Where do fossil fuels come from?
Nuclear Energy and Nuclear Waste
Kinsey Kurtenbach Kyle Stegeman
Nuclear Energy and Nuclear Waste
Nonrenewable Energy.
Section 2: Nuclear Energy
Chapter 8: Nuclear Energy
Section 2: Nuclear Energy
Presentation transcript:

By Matt Douglass

 The Three Mile Island accident was a partial nuclear meltdown which occurred in one of the two Three Mile Island nuclear reactors in Dauphin County, Pennsylvania, United States, on March 28,  The accident began at 4 a.m. on Wednesday, March 28, 1979, with failures in the non-nuclear secondary system, followed by a stuck-open pilot-operated relief valve (PORV) in the primary system, which allowed large amounts of nuclear reactor coolant to escape.  The chain of events that led to the crisis at the TMI plant included several minor equipment failures that operator errors drastically compounded, resulting in a major accident.

 Within three hours after the first sign of trouble, elevated radiation levels were detected by monitors in the reactor auxiliary building  Thousands living near the plant left the area before the 12-day crisis ended, during which time some radioactive water and gases were released from the plant.  The accident involved the failure of the feed water system, which picks up heat from the system that has circulated through the reactor core. Only 28 people died from the accident

 It could've been avoided by checking all electrical problems  They had no backup pumps because all of them were shut down for maintenance  And they could've got better operators because some of them didn’t read the lights of the pumps correctly.

 collections/fact-sheets/3mile-isle.html collections/fact-sheets/3mile-isle.html  shows/reaction/readings/tmi.html shows/reaction/readings/tmi.html  lvania-three-mile-island/ lvania-three-mile-island/