Strategic Objectives
• Master the complexities of tritium breeding and extraction processes.
• Understand the chemical engineering behind high-purity isotope separation.
• Design safe, leak-proof storage and containment for radioactive hydrogen.
• Implement advanced recovery techniques to minimize environmental impact.
The Core Challenge
Fusion power remains a distant dream without a robust, closed-loop system to manage the radioactive hydrogen isotopes required to sustain the reaction.
01
The Tritium Imperative
02
The Deuterium-Tritium Fuel Cycle
03
Tritium Breeding Basics
04
Lithium as a Precursor
05
The Inner Loop
06
Isotope Separation Systems
07
Cryogenic Distillation
08
Palladium Membrane Diffusers
09
Tritium Storage Solutions
10
Handling Radioactive Hydrogen
11
Permeation and Containment
12
Radiological Protection
13
Detritiation Systems
14
Analytical Instrumentation
15
Waste Management and Disposal
16
The JET and ITER Legacy
17
Secondary Containment Design
18
Chemical Impurity Control
19
Regulatory Frameworks
20
Computational Modeling
21