1.1 Research Scope

1.2 Research Methodology

1.3 Research Methodology Explained

1.4 Findings

1.4 Findings (continued)

2.1 Importance of Radioactive Waste Management

2.2 Types of Radioactive Waste

2.3 Waste Management Fund Sources

2.4 Types of Waste Management

2.5 Sources of Waste

2.6 High-level Waste (Uranium) Fuel Cycle

2.7 Locations of Disposal Facilities

3.1 Small Modular Reactor Produces Low High-level Waste

3.2 Molten Salt Reactor Utilizes Liquid Fuel

3.3 Liquid Metal-cooled Fast Reactor Recycles Uranium

3.4 High Temperature Gas Reactor Applies Rectilinear Core

4.1 Waste Management Reduces Decommissioning Cost

4.2 Radioactive Waste Converts into Glass

4.3 Nuclear Waste as a Source for Batteries

4.4 Transmutation Technique in Waste Management

4.5 Uranium Separation Improvement

4.6 Management of High-level Radioactive Waste

5.1 Drivers and Restraints - Breakthrough Innovations in Radioactive Waste Management

5.2 Protection of Environment is the Biggest Driver

5.3 High Initial Investment Hinders Technological Breakthrough

6.1 US has the Highest Patent Filings

7.1 Industry Contacts

7.1 Industry Contacts (continued)

7.1 Industry Contacts (continued)

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