Lithium Extraction via Adsorption: Precisely Capturing Strategic Lithium Resources from Aluminum Electrolysis Residue

微信图片_20251121173723_287_73.jpg

Aluminum electrolysis residue is no longer an environmental burden—it is an untapped "urban lithium mine" awaiting development.

We specialize in adsorption technology for lithium extraction from aluminum electrolylysis residue. By designing high-performance specialized adsorbents, our process acts like a "magnet," precisely and efficiently capturing and separating lithium ions from complex residue leachates to directly produce high-purity lithium products.

Core Technological Advantages:

✅ High-Selectivity Adsorption: Effectively avoids interference from impurities such as aluminum, calcium, and sodium, enabling precise lithium recovery.

✅ Green Process Flow: Operates under mild conditions, significantly reducing energy consumption and chemical usage.

✅ Dual Economic Benefits: Resolves the high-cost challenge of residue disposal while establishing a new supply channel for lithium resources.

This is not only a technological breakthrough but also a strategic initiative to build a green, circular link between the aluminum and new energy industries.

We welcome partnerships across the industrial chain to collaborate and explore this blue-ocean market together.

PREV: Resin-Based Spherical Porous Carbon: The "Golden Carrier" for Silicon-Carbon Anode Materials Haipu New Materials

NEXT: Applications of Weak Acid Cation Exchange Resin

Here to Provide Complete Separation and Purification Solutions

Get in Touch >