Fukushima I nuclear accident, March 11, 2011 What happened, why and a better design.

Slides:

Advertisements

Similar presentations

Nuclear Power Plants. Nuclear Power Plant Turbine and Generator Spinning turbine blades and generator Boiling water Steam.

Advertisements

Fukushima Nuclear Disaster Moneer Aljawad, Abdulrahman Alshodokhi, Jericho Alves, Daniel Chief, Benjamin Kurtz, Travis Moore September 16, 2013.

Safety Implications of the Fukushima Nuclear Accident Sheldon L. Trubatch, Ph.D., J.D. Vice-Chairman Arizona Section American Nuclear Society.

Nuclear Power Plant Basics. 2 What are the advantages of nuclear power? Nuclear Energy Institute Economic Cost What was the promise of nuclear power?

THE FUTURE OF FUKUSHIMA Can nuclear energy overcome its bad rap? CHAPTER 27 NUCLEAR FUTURE.

Section 2: Nuclear Energy

THE FUTURE OF FUKUSHIMA CHAPTER 23 NUCLEAR POWER Can nuclear energy overcome its bad rep?

Resources tsunami-facts.htm tsunami-facts.htm Japan Earthquake.

IT’S NOT OVER YET! THE FUKUSHIMA FACILITY IS STILL LEAKING RADIATION INTO THE AIR DAY 14 MARCH 25, 2011 Walter Hays, Global Alliance for Disaster Reduction,

 The use of sustained nuclear fission to generate heat and to do useful work  A form of energy that is powerful yet dangerous  Radioactive.

Environment and Energy Standard#7 Students will describe the nature of various environmental problems.

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.

Fukushima Nuclear Disaster Team 07: Belsheim Joshua Francis Travis He Jiayang Moehling Anthony Ziemkowski Micah 1.

Fukushima Nuclear Disaster Team Alpha Student1 Name, Student2 Name, Student3 Name, Student4 Name, Student5 Name.

Fukushima Daiichi Nuclear Power Plant Accident Taizo Yakushiji.

By: Hunter Simonson. Recent Earthquake  On March 11 th one of the biggest earthquakes ever recorded happened in Japan.  A 8.9 magnitude earthquake happened.

EARTHQUAKE On Friday, 11 March 2011 there was the worst earthquake in the history of Japan (9.0 magnitude with a duration of 2 minutes). The earthquake.

6 5 Fukushima Daiichi Nuclear Power Plants Notice the Tsunami Damage & Zero outflow of water Alain L. Kornhauser Before.

Fukushima Dai-ichi - LinkLink. Boiling Water Reactor – Video LinkVideo Link.

U Th + Energy Natural “spall-off” Masses are not quite equal on both sides. The difference is ENERGY. e = mc 2 massenergy Natural radioactive.

Power Generation: Coal versus Nuclear Coal Furnace Steam Turbine Generator Electricity Steam Liquid Water.

NUCLEAR DISASTER IN FUKUSHIMA. INDEX 1. DISASTER 2. DAMAGES 3. PEOPLE WHO HELPED 4. NOWADAYS 5. PHOTOS 6. VIDEO.

Shawn Lonabaugh. Background  Nuclear energy first came about it the 1940s during WWII. Nuclear properties had been studied for years prior but came directly.

Real Time Processing Group 4. What is Real Time Processing? Real Time processing is when the processor responds to input instantly. In these processing.

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

DAVID VAN WAGENER NOVEMBER 26, 2008 CHE 384: TECHNOLOGY REPORT Nuclear Power: Advanced Generations and Outlook.

To explain how earthquakes are created To discover their impact and how people responded in Japan How close did we come to nuclear meltdown? Key terms:

Fukushima Power Plant – Japan Post March 11, 2011

Fukushima Magnitude 9.0 earthquake off of Japan, March Background information to better understand nuclear power plants. Sources: Giancoli Physics.

BY CHRIS AND JACK. The earthquake that occurred off the coast of Japan was a 8.9. It killed 9,811 injured 2,779 and 17,541 people missing.

Nuclear Power Plant How A Nuclear Reactor Works.

New Uranium- Created Leading Energy Alternative. Ready? Zack Berent and Pat Heslin.

Nuclear Power Plant Basics. 2 What are the advantages of nuclear power? Nuclear Energy Institute Economic Cost What was the promise of nuclear power in.

Renewable self- sufficient energy source Lee Yang CAP 480.

On March the 11 th 2011, an earthquake of magnitude 9 and lasting 6 minutes shook the Northeastern Japan, in the pacific ocean. An earthquake is created.

Tsunamis By Joe Pappalardo and Matt Voegelin. Definition An unusually large sea wave produced by a seaquake or undersea volcanic eruption.

MEHB 513 Introduction on nuclear technology assignment GROUP MEMBERS:ID: SEEH CHONG CHIN ME YEE QIAN WAHME TING DING PINGME LIM JIA YINGME

(1) On 11 March 2011, Japan had a big earthquake and tsunami, leading to ＿＿＿＿＿＿＿＿＿ in Fukushima. (nuclear emission)

Energy from splitting Uranium atoms. How it works In Nuclear power stations a "chain reaction" inside a nuclear reactor makes the heat.

Japanese Nuclear Accident And U.S. Response April 20, 2011.

Fukushima Nuclear Power Plant Before & After (Go to GoogleEarth, download Temp Place, Japan Earthquake & Tsunami) Notice all of the Tsunami Damage & Zero.

Nuclear Power Indian Point Energy Center in Buchanan, NY.

Section 2: Nuclear Energy

Section 2: Nuclear Energy

Objectives Describe nuclear fission.

Fukushima Daiichi Jourdan Robbins 12/6/ /16/16.

The Japanese earthquake & tsunami

A Nuclear TVHS By John Parrish.

The Fukushima Nuclear Power Plant

-Abigail rios December 1, rd pd.

Nuclear Power Plant Basics

Nuclear Energy Japan slammed by huge earthquake and tsunami, March 11, 2011 Nuclear Energy backlash What is “nuclear energy?”

Approaches and measures aimed at ensuring safety, preventing severe accidents in new RF NPP designs Gutsalov N.A. 10/03/2016.

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.

Nuclear Radiation Form of energy that comes from nuclear reactors

Fukushima Lessons Learned

Earthquakes and Nuclear Reactors!!

Fukushima Overview.

Japanese Nuclear Accident And U.S. Response

Small Modular Reactors: T’s & C’s

Section 2: Nuclear Energy

Natural disasters and Engineering errors

Approaches and measures aimed at ensuring safety, preventing severe accidents in new RF NPP designs Gutsalov N.A. 10/03/2016.

Chapter 8: Nuclear Energy

Section 2: Nuclear Energy

Tsunamis By Arlo.

Nuclear power plant System Cost Safety

Presentation transcript:

Fukushima I nuclear accident, March 11, 2011 What happened, why and a better design

Fukushima I Nuclear Power Plant Boiling Water reactor Second most common reactor type

Boiling Water Reactor

What Happened and Why Earthquake, magnitude Tsunami, flooded the plant No power to the plant

Radioactive Contamination Measured as far away as 20 kilometres. Varying levels inside and around plant.

A New Reactor Design, Pebble Bed Reactors. Fuel contained in tennis ball sized pebbles Passive safety

References clear_accidents clear_accidents Albert Koster (29 May 2009). "Pebble Bed Reactor - Safety in perspective". Nuclear Engineering International."Pebble Bed Reactor - Safety in perspective"