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By Charles Rhodes, P.Eng., Ph.D.

There are two methods of producing nuclear energy, fission and fusion. Both methods are explored on this web site.

From an electricity utility perspective nuclear energy obtained via fast neutron fission of heavy elements is the only source of non-fossil energy that can sustainably and economically provide the uninterruptible electric power required to displace fossil fuels.

The sun is powered by fusion so renewable energy is actually fusion energy. However, due to the rotation of planet Earth about its axis at any particular point on Earth's surface solar energy is intermittent. Solar and wind electricity generators require efficient daily and seasonal energy storage and related long distance transmission to provide uninterruptible electricity. The cost of making intermittent solar and wind sourced electricity uninterruptible is usually prohibitive. It is generally more practical to price electricity at uninterruptible and interruptible rates so that applications that require uninterruptible electricity pay much more per blended kWh than applications that can operate using only interruptible electricity.

Advances in nuclear fission technology have rendered obsolete past concerns about nuclear safety, nuclear fuel usage inefficiency and nuclear waste disposal.

Other than via renewable energy, fusion based electricity generation is difficult and expensive to realize on Earth. For fundamental physical and thermodynamic reasons, as long as fission fuel is available, the cost of a kWhe from Earth based fusion will always be several times the cost of a kWhe from Earth based fission.

1. Nuclear Motivation 2. Nuclear Technologies
3. Sustainable Nuclear Power 4. Modular Reactors
5.Electricity Generation Reactors 6. Reactor Design Constraints
1. CANDU Reactors 2. Fast Neutron Reactors
3. Molten Salt Reactors 4. FNR Initial Fuel Sources
5. Ottensmeyer Plan 6. Ottensmeyer Plan Detail
7. Ottensmeyer Plan Implementation 8. FNR Sodium
9. FNR Material Recycling 10. Non-Proliferation
11. FNR Specifications 12. FNR Design
13. FNR Mathematical Model 14. FNR Fuel Rods
15. FNR Fuel Tubes 16. FNR Fuel Tube Wear
17. FNR Fuel Bundle 18. FNR Primary Liquid Sodium Flow
19. FNR Heat Exchange Tubes 20. FNR Intermediate Heat Exchange Bundles
23. FNR Control 24. FNR Reactivity
25. FNR Siting 26. FNR Safety
27. Energy Policy28.
1. Radiation Safety 2. Nuclear Waste Categories
3. Nuclear Waste Disposal 4. Helium-3 Recovery
5. NWMO / OPG 6. Nuclear Waste Dry Storage
7. Nuclear Waste Containers 8. Porcelain
9. Nuclear Waste Container Seals 10. Seepage
11. DGR Ventilation 12. Jersey Emerald
13. DGR Closing Remarks 14. Nuclear Waste Disposal Press Release
15. Nuclear Education 16. Presentation Notes
17. Pickering Advanced
Recycle Complex (PARC)
18. Letter To Federal Political Leaders
19. Letter to Minister of Environment
and Climate Change, Ontario
20. Letter to Mininster of Environment
and Climate Change, Canada
21. U of T 17-02-09 Slide Presentation 22. U of T Presentation
Fusion section is currently being reconstructed.
Please examine this section at a later date.
1. PIF Glossary 2. Nuclear Fusion Prospect
3. Plasma Impact Fusion 4. Nuclear Fusion Engineering Considerations
5. D-T Fusion Fuel 6. Spherical Compression Part A
7. Adiabatic Compression 8. Fusion Output
9. Liquid Lead Constraints 10. Spherical Compression Part B
11. Random Plasma Properties 12. PIF Process
13. Liquid Lead Shell Formation 14. Pressure Vessel
15. Port Valves 16. Process Timing
17. Tritium Breeding18.
19. Spheromak Compression 20. Real Plasma Spheromaks
21. Spheromak Generator 22. Plasma Spheromak Lifetime
23. Vacuum Pumping Constraints 24. Liquid Lead Pumping
1. Micro Fusion Introduction 2. Micro Fusion FAQ
3. Micro Fusion Energy Flows 4. Micro Fusion Economics
5. Micro Fusion Regulatory Hurdles 6. Alumina Cylinder
7. Micro Fusion International

It is the intent of this author to eventually produce web pages addressing all of the above mentioned topics.

This web page last updated January 14, 2018.

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