Introduction of lithium extraction technology by electromagnetic oscillation
1、Company and technical background
AUPEX TTCH PTY LTD is an Australian tech company dedicated to the extraction of new energy materials and the development of advanced manufacturing technologies. Our company has independently developed and patented a technology called "extracting lithium through electromagnetic oscillation smelting to produce battery-grade lithium carbonate," which offers an innovative, low-energy, and environmentally friendly approach to current international lithium resource extraction techniques. This technology is particularly suitable for hard rock lithium mines, brine from salt lakes, and lithium battery recycling systems, setting a benchmark for the next generation of green lithium extraction processes.
2. Technical principles
The core of this technology lies in applying medium to high-frequency (above 10 kHz) electromagnetic fields to lithium source materials, achieving directional dissociation and selective migration of lithium ions through physical oscillation excitation. By using a modular electromagnetic reaction system, the released lithium elements enter the liquid phase, then undergo steps such as condensation, electrolysis, precipitation, and neutralization reactions to produce high-purity lithium carbonate products (Li₂CO₃, purity ≥ 99.5%).
3. Applicable raw materials
-Hard rock lithium deposits such as spodumene
-Salt lake brine (high magnesium lithium ratio adjustable)
-Battery recycling leachate or lithium-containing waste liquid
Iv. Process flow summary
Raw material pretreatment → Electromagnetic oscillation excitation reaction (liquefaction) → Lithium ion directional migration → multi-stage condensation and separation → refining → neutralization → lithium carbonate generation
Among them, the core equipment is multi-frequency controlled electromagnetic reactor and coupled condensing electrolysis module.
V. Technical Advantages
-Non-acid and alkali method, no need for sulfuric acid roasting or lime neutralization, strong environmental protection
-Electromagnetic control reaction, low energy consumption, high conversion efficiency
-Highly modular, suitable for small distributed or large industrial integration
-Intelligent temperature control and automation system, easy to remote monitoring and management
-Controllable cost and recyclable by-products (such as sodium sulfate, fluosilicic acid)
6. Application prospect and investment value
This technology boasts broad industrial applicability and can be used to rapidly, safely, and sustainably prepare battery-grade lithium salts from various types of lithium resources worldwide. It holds significant strategic value in the manufacturing of lithium-ion batteries, electric vehicle supply chains, and energy storage systems. In the future, it is expected to create synergies with carbon neutrality, smart manufacturing, and closed-loop recycling of power batteries.
VII. Conclusion
AUPEX TTCH PTY LTD Based on this core patented technology, we will actively promote the implementation of industrialization projects, international patent layout and industrial alliance cooperation, and contribute core technology to the global development of clean energy and sustainable utilization of lithium resources.