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Nuclear Fuel Cycle

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Current & Future Nuclear Generation

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Safety and Security

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Climate Change & Sustainable Development

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Economic Aspects

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Non-Power Nuclear Applications

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Role of the United Nations

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Latest Updates: Weekly Digest

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Why we need nuclear power

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How Nuclear Power Works

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Education Papers for Schools

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Outline History of Nuclear Energy

Overview of Nuclear Energy

The Nuclear Debate

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The Biosphere At Risk

A Tide of Humanity

Clean Energy Realism

Nuclear Power Today

Nuclear Safety & Radiation

Waste Containment & Storage

Safeguards & Security

Competitive Nuclear Future

Sustainable Development

A Crisis Requiring Leadership and Resolve

The Necessity of Nuclear Power

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The Fuel Cycle in Brief

Conversion and Enrichment

Fuel Fabrication

Electricity Generation

Used Fuel Management

Waste Management

Decommissioning

Transport of Radioactive Materials

Non-power uses of nuclear energy

What is Uranium?

What is Radiation?

Uranium Stewardship

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Uranium: Energy for the World

How does uranium work?

The Nuclear Fuel Cycle

Waste Management

Electricity and Climate Change

Environment, Health and Safety in Electricity Generation

Radiation and Life

Some Physics of Uranium

Some Chemistry of Uranium

The Peaceful Atom

CO2 Emissions from Generation

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World Nuclear Power Reactors 2009-10 and Uranium Requirements

Nuclear share of generation

Uranium production figures

Heat values of various fuels

WNA Nuclear Reactors Database

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Expand Countries A-F

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Canada: Nuclear Power

Canada: Uranium Production

China: Nuclear Power

China: Nuclear Fuel Cycle

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United Arab Emirates

USA: Nuclear Power

USA: Nuclear Fuel Cycle

USA: Nuclear Power Policy

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Emerging Nuclear Energy Countries

Uranium in Africa

Uranium in Central Asia

Asia's Nuclear Energy Growth

Nuclear Power in Taiwan

California's Electricity

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Nuclear Fuel Cycle Overview

Uranium Resources

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Mining of Uranium

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Uranium Enrichment

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Supply of Uranium

The Cosmic Origins of Uranium

Uranium and Depleted Uranium

Uranium Markets

Geology of Uranium Deposits

Military Warheads as a Source of Nuclear Fuel

Uranium from Phosphates

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World Uranium Mining

In Situ Leach (ISL) Mining of Uranium

Environmental Aspects of Uranium Mining

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Uranium Enrichment

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Advanced Nuclear Reactors

Cooling Power Plants

Early Soviet Reactors and EU Accession

Fast Neutron Reactors

Generation IV Nuclear Reactors

Heavy Manufacturing of NPP

Nuclear Power Reactors

Small Nuclear Power Reactors

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Mixed Oxide Fuel (MOX)

Processing of Used Nuclear Fuel

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Japanese Waste and MOX Shipments From Europe

Transport of Radioactive Materials

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Radioactive Waste Management

Decommissioning Nuclear Facilities

International Nuclear Waste Disposal Concepts

Radioactive Wastes - Myths and Realities

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Nuclear Power in the World Today

World Energy Needs and Nuclear Power

Plans For New Nuclear Reactors

The Nuclear Renaissance

Global Nuclear Energy Partnership

Cooperation in the Nuclear Power Industry

Accelerator-driven Nuclear Energy

Nuclear Fusion Power

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Radiation and Health

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Safety of Plants

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Non-Proliferation

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Occupational Safety in Uranium Mining

Nuclear Radiation and Health Effects

Naturally-Occurring Radioactive Materials (NORM)

Uranium and Depleted Uranium

Hiroshima, Nagasaki, and Subsequent Weapons Testing

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Safety of Nuclear Power Reactors

Civil Liability for Nuclear Damage

Chernobyl Accident

Early Soviet Reactors and EU Accession

Three Mile Island accident

Tokaimura Criticality Accident

Nuclear Power Plants and Earthquakes

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Safeguards to Prevent Nuclear Proliferation

India, China & NPT

Nuclear Proliferation Case Studies

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'Clean Coal' Technologies

Energy Balances and CO2 Implications

Energy Analysis of Power Systems

Global Warming - the science

Policy Responses to Global Warming

Renewable Energy and Electricity

Sustainable Energy

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Economics of Nuclear Power

Energy Subsidies and External Costs

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Transport Applications

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Industry Applications

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Nuclear Reactors for Space

Peaceful Nuclear Explosions.

Research Reactors

Smoke Detectors and Americium

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Electricity and Cars

Nuclear-Powered Ships

Transport and the Hydrogen Economy

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Nuclear Process Heat for Industry

Nuclear Desalination

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Radioisotopes in Industry

Radioisotopes in Medicine

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Statute of the International Atomic Energy Agency

Atoms for Peace

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WNA Market Report

Nuclear Energy in the 21st Century

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WNA Position Statements

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WNA Pocket Guides

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Director General's Speeches

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Benefits of Safety Standards Harmonization

Ensuring Security of Supply

International Standardization of Nuclear Reactor Designs

Optimized Capacity: Global Trends and Issues

Structuring Nuclear Projects for Success

The New Economics of Nuclear Power

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Cooling of Power Stations

Best Practices in Uranium Mining

Can Uranium Supplies Sustain the Global Nuclear Renaissance?

Risks of Low-Dose Ionizing Radiation

Safe Decommissioning of Civil Nuclear Industry Sites

Safe Manangement of Nuclear Waste and Used Nuclear Fuel

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Energy and the Environment

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All statements, speeches and articles

Leadership for a Nuclear Century

Perspectives on Nuclear Energy Worldwide

The Global Nuclear Renaissance: A Human and Environmental Imperative

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WNA Nuclear Century Outlook

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WNA Reactor Database

Reactor Advanced Search

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35th WNA Symposium

Previous WNA Symposia

World Nuclear Fuel Cycle Munich 2010

Previous WNFC meetings

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Charter of Ethics

WNA Members List

John Ritch - Director General

Chris Crane - Chairman

Andy White - Vice Chairman

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Members Site Login

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WNA at a Glance

WNA's role is to support the global nuclear energy industry through:

Expert Working Groups focused on industry goals and concerns
Representing the industry in such key policy forums as IAEA, ICRP and UN climate change talks
The WNA Public Information Service, the world’s leading resource for facts on nuclear energy
WNN, the foremost nuclear news service
The Biennial WNA Market Report
The industry's preeminent WNA Symposium and the World Nuclear Fuel Cycle conference
Support for WNTI and Women in Nuclear
The WNA Nuclear Energy Index of globally-traded nuclear stocks
World Nuclear University programmes to build knowledge & industry leadership

World Nuclear University

As of Today: 14081 Reactor-Years of Worldwide Experience in Producing Civil Nuclear Power

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Four Pillars of Support for a Fast-Globalizing Nuclear Industry

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Four Pillars of Support for a Fast-Globalizing Nuclear Industry

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