Overview
Modular Deuterium Enrichment for Experimental Systems
Overview
At LYZERDYNE, we design and build multi-stage electrolysis systems for isolating deuterium oxide (D₂O) from ordinary water.
Our approach is modular, cost-effective, and developed for laboratory-scale use—without relying on hazardous chemicals or industrial-scale infrastructure. Each system is built for controlled operation, real-time monitoring, and iterative refinement based on experimental data.
Why It Matters
Deuterium is an important isotope used in materials science, electrochemistry, and energy-related research. However, access to enriched deuterium is often limited by cost, scale, and availability.
By developing lab-scale enrichment systems, we enable controlled use of deuterium in experimental environments where flexibility, repeatability, and direct measurement are essential.
What We’re Building
- Cascading electrolysis arrays with onboard automation and staged enrichment
- Electrolyte monitoring systems for concentration, conductivity, and purity
- Thermal and pressure-correlated studies of D/H ratios during operation
- Integrated downstream distillation and enrichment refinement processes
Goals
- Achieve high-purity D₂O using safe, repeatable, and scalable methods
- Enable controlled use of deuterium in hydrogen–metal and electrochemical experiments
- Establish a scalable framework for laboratory-scale isotope separation systems
Closing
Our focus is on building reliable systems for controlled isotope enrichment and experimental use.