Strategic Objectives
• Master the specialized chemistry of hydrogen isotope separation and enrichment.
• Design ultra-secure storage systems for volatile radioactive gas handling.
• Navigate the complex regulatory and safety landscapes of tritium management.
• Implement cutting-edge extraction techniques from lithium breeder blankets.
The Core Challenge
While fusion reactors promise clean power, the scarcity and radioactive complexity of tritium create a massive logistical bottleneck that threatens global energy timelines.
01
The Tritium Imperative
02
Isotopic Foundations
03
Radioactive Decay Mechanics
04
Natural and Synthetic Sources
05
The Heavy Water Connection
06
Breeding the Fuel
07
Neutron Activation Paths
08
Thermal Diffusion Methods
09
Cryogenic Distillation
10
The Girdler-Sulfide Process
11
Materials Compatibility
12
Permeation Barriers
13
Metal Hydride Storage
14
Pumping and Compression
15
The Tritium Systems Test Assembly
16
Radiation Monitoring
17
Environmental Impact
18
Regulatory Compliance
19
Waste Management
20
Economic Modeling
21