A low-power route to high-purity lithium metal
Dr. Huaping Li is the President and Founder of ChemElectronics LLC, where he leads the development of innovative chemicals and materials for low-cost electronics, energy conversion, and storage.
Supported by the U.S. Department of Energy, his team pioneered a green, low-power refinery method for lithium metal and created a solid electrolyte reactor for continuous direct air capture. Dr. Li holds multiple patents and peer-reviewed publications advancing sustainable energy, electrochemical conversion, and specialized space-application technologies.
Low Temperature and Pressure Refining Strategies for Sustainable Lithium Metal Production
A low-temperature, low-pressure route to lithium metal — reducing lithium chloride through hydrogen plasma, decomposing lithium hydride at room temperature by self-discharge, and what the lifecycle and technoeconomic numbers look like for an energy-efficient refinery.
- Reducing lithium chloride utilizing low-temperature, low-pressure hydrogen plasma reaction pathways
- Decomposing lithium hydride at room temperature via self-discharge mechanisms to yield high-purity lithium metal
- Analyzing lifecycle and technoeconomic performance metrics for low-power, energy-efficient lithium metal production
Other Speakers at Direct Lithium Extraction Xchange USA 2026
