Posts Tagged ‘nuclear power plant’

International Experts in Nuclear Power Safety to Convene in Washington, DC for the Information Foundation?s Nuclear Power Safety 2011 Conference

Published by fnever on December 18th, 2011 - in Conferences


Boston, MA (PRWEB) October 27, 2011

Top investigation organizations from about the world will convene in , for the Knowledge Foundation?s Nuclear Safety 2011 conference which will take location at the Marriott Wardman Park from December 8-9, 2011.

is facing a number of challenges in the close to and long-term. Despite the development of new reactor designs, the possibility of a catastrophic accident has not been eliminated. In addition, the vulnerability of plants to terrorist attacks further increases issues about safety. Safety 2011 will address a broad scope of multidisciplinary issues connected to technological advances in safety. The understanding of such issues and their interrelationship is vital to the development of safer . This plan will bring together an international interdisciplinary panel of specialists from government, academia, and industry to address vital concerns in safety such as:

Lessons learned from Fukushima, Chernobyl and Three Mile Island
Identifying and overcoming vulnerabilities to terrorist attack
Safety systems ? a technology neutral assessment
New technologies – impact of novel supplies, technologies and advanced engineering on threat mitigation
Technologies failure vs. human factor vs. all-natural disaster
Safety culture and human errors
Nuclear power regulation: implications of a safety objectives driven efficiency-based regulation

The “Nuclear Power right after Fukushima: Issues and Possibilities” keynote address will be delivered by Dr. Gail H. Marcus. Dr. Marcus will offer an overview of how the Fukushima accident has altered nuclear power operations and development about the globe. Some of the significant safety issues raised by this incident will be identified, and probably impacts on operating plants will be explored. Particular attention will be given to identifying achievable technologies options to help address longer term nuclear power development plans. Dr. Marcus is an independent consultant on nuclear power technology and policy and previously worked as Deputy Director-Common of the OECD Nuclear Energy Agency in Paris Principal Deputy Director of the DOE Office of Nuclear Energy, Science and Technology in different positions at the Nuclear Regulatory Commission and as Assistant Chief of the Science Policy Research Division at the Congressional Investigation Service. Dr. Marcus has served as President of the American Nuclear Society and as Chair of the Engineering Section of AAAS. She also served on the National Investigation Council Committee on the Future Demands of Nuclear Engineering Education. Dr. Marcus has an S.B. and S.M. in Physics, and an Sc.D. in Nuclear Engineering from MIT. She is the 1st woman to earn a doctorate in nuclear engineering in the United States.

In addition, technical presentations will be delivered by the French Atomic Power Commission as well as three US national laboratories such as Brookhaven National Laboratory, Los Alamos National Laboratory, and Lawrence Livermore National Laboratory. A number of prestigious universities from around the globe and private corporations will also be represented on technical plan.

Distinguished Faculty

Gail H. Marcus, ScD, Nuclear Power Technology and Policy
Mohammad Modarres, PhD, University of Maryland
Stephen L. Bump, Dade Moeller &amp Associates
Anthony Z. Roisman, National Legal Scholars Law Firm
Leon Cizelj, PhD, Jo?ef Stefan Institute
Stuart A. Maloy, PhD, PE, Los Alamos National Laboratory
Sabrina Tietze, Chalmers University of Technologies
William E. Gunther, PE, Brookhaven National Laboratory
Georgy I. Toshinsky, DrSci, Russian Institute for Physics and Power Engineering
Herbert Feinroth, Ceramic Tubular Goods
Liviu Popa-Simi, PhD, LAVM LLC
Daniel S. McGarvey, Marsh
Sean S. Roshan, Sweden Royal Institute of Technologies
Ana Stani?, University of London
Stephen L. Bump, Dade Moeller &amp Associates
Edward C. Abbott, ABZ, Inc.
Anthony Z. Roisman, National Legal Scholars Law Firm
Susana Reyes, PhD, Lawrence Livermore National Laboratory
Yian Lei, PhD, Peking University
Michael F. Keller, Hybrid Power Technologies LLC
Christophe Journeau, PhD, French Option Energies and Atomic Power Commission
Martina Adorni, PhD, University of Pisa

About The Understanding Foundation

The Understanding Foundation integrates scientific ingenuity and genuine-globe applications by fostering collaborative analysis at the rapidly changing intersection of science and organization. Known for delivering members of its Technologies Commercialization Alliance with direct and unbiased state-of-the-art scientific information, the Information Foundation is uniquely qualified to provide wider exposure for crucial developments in the emerging fields of option energy, nanotechnology, and chemical/biological detection technologies.

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Nuclear Power Plant Construction Industry Analysis Report Now Obtainable from IBISWorld

Published by fnever on December 14th, 2011 - in Commercial


Los Angeles, California (PRWEB) October 27, 2011

The market will continue to grow over the next 5 years, albeit at a slower rate than the previous five years, according to a new report from , the nation?s largest publisher of analysis. Revenue is anticipated to expand four.1% per year to $ five.3 billion in the 5 years to 2016. Firms will increasingly concentrate their efforts on style and abroad, limiting revenue growth over the identical period.

According to IBISWorld analyst, Justin Molavi, the Construction industry has grown in the course of the past 5 years, with revenue expected to increase by 7.4% per year on typical to $ four.four billion in the five years to 2011. ?A rise in uprates has underpinned this trend, as nuclear generators generate a lot more electrical and demand more maintenance,? says Molavi. In carrying out so, market players such as Westinghouse, The Shaw Group Inc. and Babcock &amp Wilcox have turned to upkeep function in the United States, since the last domestic nuclear facility was designed and constructed in 1996. The Japanese tsunami of 2011 also bumped income higher as heightened safety issues prompted nuclear generators to expand their upkeep budgets. ?Income is expected to jump 10.three% from 2010 to 2011 amid high maintenance demand following the tsunami,? says Molavi.

While a new reactor is expected to be built in the United States for the first time in a lot more than a decade (i.e. the Watts Bar Unit two that is anticipated in 2012), most nuclear design and construction demand takes location abroad. Heavy regulatory hurdles have hampered the design and construction of new plants in the United States amid high terrorism concerns and perceived environmental issues. In turn, industry players concentrated their efforts on China and Europe, exactly where the high rate of construction of nuclear facilities (in comparison to the low new nuclear construction rate in the United States) has supplied a healthful source of revenue and opportunity.

The next five years will not be as favorable for the market as the past five years have been. Demand for design and construction services will probably slow down following the anticipated completion of the newest nuclear facility and the lack of new facilities planned more than the subsequent 5 years. Moreover, firms will continue to concentrate abroad for business as China and Europe continue creating nuclear reactors at high rates. Despite this aspect, market players will nevertheless experience higher demand for nuclear facility upkeep as the industry’s buyers continue to use uprates to expand capacity amid high regulatory hurdles for new reactor construction. As a outcome, industry income is projected to slow to 4.1% average growth per year to $ 5.three billion in the five years to 2016.

For more data, download the full report from IBISWorld on the Nuclear Power Plant Construction industry

IBISWorld Industry Industry Analysis Reports Contain:

About this Sector

Sector Definition

Major Activities

Similar Industries

Further Resources

Sector at a Glance

Sector Efficiency

Executive Summary

Key External Drivers

Present Efficiency

Business Outlook

Market Life Cycle

Goods &amp Markets

Provide Chain

Goods &amp Services

Key Markets

Globalisation &amp Trade

Organization Places

Competitive Landscape

Market place Share Concentration

Crucial Good results Components

Cost Structure Benchmarks

Barriers to Entry

Key Organizations

Operating Conditions

Capital Intensity

Key Statistics

Market Information

Annual Change

Crucial Ratios

Jargon &amp Glossary

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About IBISWorld Inc.

Recognized as the nation?s most trusted independent source of market and market place analysis, IBISWorld provides a comprehensive database of exclusive information and analysis on every single US sector. With an extensive on the web portfolio, valued for its depth and scope, the business equips clients with the insight required to make much better enterprise choices. Headquartered in Los Angeles, IBISWorld serves a range of organization, skilled service and government organizations through much more than ten places worldwide. For much more data, visit http://www.ibisworld.com or call 1-800-330-3772.

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The History of Nuclear Power

Published by fnever on October 15th, 2011 - in More About Green

is the approach of generating electricity through controlled nuclear reactions. All large scale reactors used in the production of electricity use the energy given off by fission reactions to heat water and then use the steam to drive turbines producing electricity. There has lengthy been speak of utilizing fusion instead, but as of this time, such reactors don’t exist.

 

Nuclear was very first achieved by Enrico Fermi in 1934. , another researcher, realized that it was achievable to generate a chain reaction leading to global interest in fission. Fermi and Szilard emigrated to the United States and managed to construct the , Chicago Pile – 1, which achieved criticality in 1942 as part of the infamous Manhattan Project. Electricity wasn’t generated until 1951 in an experimental , and in 1954 the USSR became the very first country to produce power for the grid using a capable of producing five Megawatts of power.

Today’s plants generate over 300 Gigawatts of energy.

 

In spite of the power potential of nuclear power, it has lost recognition as an endless source of usable energy. Accidents such as those at Three Mile Island and Chernobyl have left individuals with significant concerns over the possibility of a complete meltdown of a nuclear core. Disposal problems also complicate the matter. Since the spent core remains dangerously radioactive for thousands of years, storage facilities have been built underground to contain them. France, the world’s largest user of nuclear power, has lately admitted that if it can’t find a better way to deal with its nuclear waste it will need to have to stop its nuclear plan.

 

Nuclear proponents argue that nuclear power is a highly that reduces carbon emissions and dependence upon foreign oil.

Detractors voice concerns over the dangers inherent in meltdowns and radioactive waste. For now though, nuclear power remains an critical source of electrical generation.

To find out a lot more about Nuclear Power, take a moment and go to us at http://www.technologybriefs.info/

thefilmarchive.org A Is for Atom is a 14-minute 1953 promotional animated brief documentary film created by John Sutherland and sponsored by General Electric (GE). It is now in the public domain. The brief explains what an atom is, how nuclear power is released from certain kinds of atoms, the peacetime utilizes of nuclear power, and the by-items of nuclear fission. A narrator begins the piece by relating what an atom is and how atomic power can be harnessed by man to generate “limitless” energy. Dr. Atom (a caricature with an atom for a head) then explains the similarities between the solar program and atomic structure. He then goes on to relate how the atom is produced up of protons, neutrons, and electrons. After this, the narrator explains how there are much more than 90 elements with a lot of achievable isotopes for every single. The history of atomic energy is then overviewed beginning with the discovery of artificial transmutation. This then led to the discovery of nuclear fission and ultimately nuclear weapons and nuclear power utilizing the chain reaction of radioactive material. The Oakridge uranium factory is then discussed as well as the first nuclear reactor and the initial uses of plutonium. The future of fantastical is then explained. The short ends on the uses of radio isotopes in medicine and agriculture. The film consists of a blue “nuclear giant” character, very comparable to Dr. Manhattan from the graphic novel Watchmen. Nuclear potential energy is the potential …

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Global Nuclear Power Business

Published by fnever on August 20th, 2011 - in More About Green

Global Nuclear Industry

Nuclear energy is generated employing Uranium, which is a metal mined in different parts of the globe. Presently, nuclear energy produces around 15% of the world’s power wants, and produces enormous amounts of power from little amounts of fuel, with out the pollution that you’d get from burning fossil fuels.
The position of nuclear energy in the globe is fairly stable. In Asia and Russia intensive investment in new capacity is taking location, while in the United States, the focus is on life extension of existing plants. In Europe, new plants are becoming built in Finland, France and Romania.
Nuclear energy will continue to have an crucial role in the production of electricity in the globe. The report Global Nuclear Power Industry by Aruvian’s R’search, explores the significance of nuclear energy in todays globe. The report looks at the basics of the nuclear industry, that is, how a works, analyzing and understanding the fuel cycle, the numerous components which are involved in the working of a nuclear power , and significantly much more. Economics, issues and barriers, regulatory incentives, tax incentives, and other such elements are also explored in-depth in this report. Aruvians providing consists of a complete analysis of each and every nation which has nuclear power, countries which are creating news these days due to their nuclear power status, and companies and utilities around the globe which are delivering people with their energy wants from nuclear energy. The report is a comprehensive A to Z guide on the global nuclear power industry.

For a lot more information kindly pay a visit to : http://www.bharatbook.com/detail.asp?id=161367&amprt=Global-Nuclear-Energy-.html

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