Short how nuclear plant works how nuclear power works.

Slides:



Advertisements
Similar presentations
Nuclear Power Abir Abdulla SBI4U Fall 2009 Hill Park Secondary.
Advertisements

The Cons of Nuclear Reactors By Michelle Trojanowsky.
14.4 Nuclear Energy FIGURE 16: Structure of the atom.
Non-renewable Power Resources: Nuclear Power
Nuclear Reactors. Fission has been developed as an energy source to produce electricity in reactors – Within the reactors, controlled fission occurs –
Nuclear Power.
Nonrenewable Energy Sources Learning Goal: I will be able to list various types of nonrenewable energy sources, discuss potential environmental concerns.
Section 2: Nuclear Energy
Disasters in Energy Production Nuclear and Coal. Major Disasters in Nuclear Energy National Reactor Testing Station- Jan. 3, 1961 Three Mile Island- March.
Collin Campbell Connor Flaherty Angie DiJohn Kelsey Francois.
Nuclear Power Grace Liz Dione Blair. The Principle of Nuclear Power.
Chapter 12 Nuclear Energy. Overview of Chapter 12 o Introduction to Nuclear Power Atoms and radioactivity Atoms and radioactivity o Nuclear Fission o.
Nuclear Energy Pros and Cons. Pros: Low Pollution Nuclear power has a lot fewer greenhouse emissions than the burning of fossil fuels. Nuclear energy.
Nuclear Power.
Introduction to Nuclear Power Kenneth M. Klemow, Ph.D. For BIO / EES 105 at Wilkes University.
Environmental Issues in Europe
Ivan Li and Kyle Krogman.  Nuclear reactor meltdown on March 11 th 2011 near Fukushima, Japan  An earthquake and the following tsunami knocked out electrical.
Generating Electricity For many years, we have generated electricity in much the same way:.

Nuclear Energy Christopher Liu, Michael Coppinger APES, Period 4.
Nuclear Energy and Nuclear Waste The Good, The Bad, and the Ugly…
The Future of Energy Fred Loxsom Eastern Connecticut State University.
AP Environmental Nuclear Energy. NUCLEAR ENERGY When isotopes of uranium and plutonium undergo controlled nuclear fission, the resulting heat produces.
International Atomic Energy Agency Miranda Melhado and Daniel Schwapp.
Nuclear Disasters A Historical Look.
Environmental pollution Chernobyl 1986 Dudyrev Bogdan 8.
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.
Chernobyl disaster The worst manmade disaster in human history.
Nonrenewable Energy.
Chernobyl A mass nuclear meltdown. What happened! The Chernobyl disaster reactor accident at the Chernobyl nuclear power plant, or simply "Chernobyl"
Nuclear Power Physics /7/03. Outline  The Nucleus  Radioactivity  Fission  Fusion  Nuclear Weapons  Nuclear Power.
Chernobyl Sydney Curley.
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.
Nuclear Energy ESCI 420 Spring 07 Nuclear Energy ESCI 420 Galen University Spring 2007.
Chapter 12 Nuclear Energy
Nuclear Energy.
Introduction to Nuclear Power Kenneth M. Klemow, Ph.D. For BIO / EES 105 at Wilkes University Susquehanna Nuclear Plant - Berwick.
In your notes… What are the four ways we harness solar energy? What are the limitations of solar energy (at least 2)? What approach should we take with.
The Curious Absence of New Nuclear Michael Hoeger Presented 02/06/2012.
Ukraine. Background On April 26, 1986, a sudden surge of power during a reactor systems test destroyed Unit 4 of the nuclear power station at Chernobyl,
Nuclear Power Plant How A Nuclear Reactor Works.
NUCLEAR POWER. What is Nuclear Power? Process of harvesting energy stored in atoms Used to produce electricity Nuclear fission is the form of nuclear.
Nuclear Power. Generators Generators produce electricity by spinning a coil of wire (solenoid) in front of permanent magnets. The part of a generator.
A dramatic explosion and reactor meltdown resulted in the release of radioactive material, resulting in the loss of hundreds of human lives and immense.
Nuclear Power. What Is Nuclear Power? Nuclear power is the use of nuclear reactions that release nuclear energy, which generates heat. The energy produced.
SS6G9 The student will discuss environmental issues in Europe a. Explain the major concerns of Europeans regarding the issues such as acid rain in Germany,
Chapter 32 Section 4. Nixon and the Environment  Silent Spring (1962): Rachel Carson, talks about ill effects of DDT (pesticide)  Environmental Protection.
The Price and Promise of Nuclear Science Nuclear radiation has it’s good points and it’s bad points.
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,
© Cengage Learning 2015 LIVING IN THE ENVIRONMENT, 18e G. TYLER MILLER SCOTT E. SPOOLMAN © Cengage Learning 2015 Nonrenewable Energy-Nuclear Energy.
 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.
Nuclear Energy and Nuclear Waste
Nuclear Power.
Chapter 12 Nuclear Energy
Nuclear Power Public safety concerns and the costs of addressing them have constrained the development and spread of nuclear power in the United States,
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.
Nuclear Disaster: Chernobyl, Ukraine
Nuclear Power Student Work.
Nuclear power stations
Chernobyl disaster The worst manmade disaster in human history
Nuclear Power.
Nuclear Energy and Nuclear Waste
Nuclear Energy and Nuclear Waste
Nuclear Energy and Nuclear Waste
Nonrenewable Energy.
Chapter 12 Nuclear Energy
Chapter 12 Nuclear Energy
Presentation transcript:

Short how nuclear plant works how nuclear power works

Write down, and be able to answer at the end of class: How is nuclear power good/ bad for the environment, economy and society?

Global Total Primary Energy Supply, 2009 Nuclear provides about 6% of total energy (including transportation, industrial, residential commercial power) and 13.5% of global electricity generation

The United States, with 104 nuclear reactors generating some 19 percent of the country’s electricity, leads the world in nuclear generating capacity. France is a distant second in installed capacity, but its 58 reactors meet more than three quarters of the country’s electricity demand. (President François Hollande has pledged to reduce this dependence to 50 percent by 2025.)

China, Russia, South Korea, and India account for 48 of the 64 nuclear reactors the International Atomic Energy Agency lists as under construction worldwide. Although these 64 reactors add up to some 62,000 megawatts of potential new capacity, fewer than one in four has a projected date for connecting to the electrical grid. Some reactors have been listed as “under construction” for over two decades.

Source and Sector U.S. Primary Energy Consumption by Source and Sector, 2010 (Quadrillion Btu) Data: Energy Information Administration

California- Diablo Canyon, near SLO San Onofre, offline since 1/2012

The average age of nuclear reactors operating today is 27 years; the 142 reactors that have already retired were just 23 years old on average when they closed. Many nuclear reactors have been granted operating extensions, usually for 20 years, beyond their typical design lifetime of 40 years. But since Fukushima, where the four retired reactors averaged 37 years in operation, this option has become less attractive.

Nuclear slide show

Before and after pics nuclear radiation reach CA FoxNews Considered to be the largest nuclear disaster since Chernobyl (1986), and only the second disaster to measure Level 7 on the International Nuclear Event Scale Reactors 1-3 were running, shut down automatically and emergency generator rooms flooded. Reactors overheated. Flooded reactors with seawater to attempt to cool, but too late. Reactors 1-3 had full melt downs, several gas explosions occurred, irradiated sea water returned to ocean 1/10 amount of radiation released compared to Chernobyl

Considered to be the worst nuclear power plant disaster in history. Reactor number four at the Chernobyl plant exploded. More explosions ensued, and the fires that resulted sent radioactive fallout into the atmosphere times more fallout was released than had been by the atomic bombing of Hiroshima. Now a ghost town, the animals and plants start to move in. Want to visit Chernobyl? Tours can take you!Tours can take you! Graphic victim video Chernobyl timeline video

The partial meltdown of the Three Mile Island Unit 2 nuclear power plant was the most serious accident in the history of U.S. Led to no deaths or injuries study conducted by the University of Pittsburgh, have determined the average radiation dose to individuals near Three Mile Island at the time of the meltdown was about 1 millirem - much less than the average, annual, natural background dose for residents of the central Pennsylvania region.2002 study 25 years later, there has been no significant rise in cancer deaths among residents living near the Three Mile Island site. A new analysis of health statistics in the region conducted by the Radiation and Public Health Project has, however, found that death rates for infants, children, and the elderly soared in the first two years after the Three Mile Island accident in Dauphin and surrounding counties.Radiation and Public Health Project

10 Worst Nuclear Disasters Video Nuclear power is good video Nuclear power is good Research and prepare an answer to share: 1.How often have nuclear disasters occurred? 2.What is the real price of nuclear power? 3.How safe is nuclear power to live or swim near? 4.How much radiation are we exposed to with normal life activities? 5.Where does uranium come from? 6.Are there uses for the spent nuclear fuel?

No permanent nuclear waste storage facility in US today! “Temporary” storage option, if no longer need access to waste: Dry cask storage- Kept in pool to cool before encasing the waste in concrete

In the past 40 years, U.S. nuclear power plants have produced an estimated 58,000 metric tons of spent nuclear fuel, according to the Nuclear Energy Institute, with much of that waste stored onsite at power plants in storage pools and dry casks.

Video Plans cancelled, began studying property in 1978