LiSo Extraction Technology: Advanced and Sustainable Lithium Extraction

LiSO is a cutting-edge Direct Lithium Extraction (DLE) technology that combines advanced techniques to revolutionize lithium recovery. By integrating selective adsorbents, eco-friendly solvent extraction, nanofiltration, and electrochemical methods, LiSO enhances efficiency while reducing environmental impact.

Advanced Adsorbents

LiSO uses selective adsorbents like lithium aluminum layered double hydroxide (LiAl-LDH) and manganese oxide (MnO2) nanocomposites. These adsorbents effectively bind lithium ions, separating them from other elements such as sodium and magnesium. The high selectivity ensures high-purity lithium extraction, and the regenerative nature of these adsorbents reduces waste and operational costs.

Solvent Extraction

The process incorporates eco-friendly solvents, such as tributyl phosphate (TBP) and ionic liquids, to selectively bind and extract lithium ions. These solvents are highly selective for lithium over other ions, ensuring efficient and environmentally responsible extraction. Additionally, the solvents are recyclable, further reducing environmental impact and costs.

Advanced Membranes

LiSO utilizes advanced nanofiltration membranes made from materials like polyamide and graphene oxide. These membranes selectively extract lithium ions while rejecting impurities, ensuring high efficiency and purity. The multi-stage filtration process, including pre-filtration and reverse osmosis, further concentrates lithium, making the process highly efficient.(

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Electrochemical Methods

LiSO employs electrodialysis and electrochemical cells to purify lithium. Electrodialysis uses an electric field to drive lithium ions across ion-selective membranes, while electrochemical cells use lithium-selective electrodes to achieve high-purity extraction. These methods contribute to faster processing times and reduced energy consumption.

Key Benefits

High Lithium Recovery:

Achieves an exceptional recovery rate of over 90%, significantly outperforming traditional methods, ensuring more efficient use of resources.

Significant Water Savings:

Reduces water consumption by up to 85%, making it highly suitable for regions with limited water availability and supporting sustainable operations.

Rapid Processing:

Streamlines the extraction process from months to just hours, dramatically increasing production speed and enabling quicker response to market demands.

Energy Efficiency:

Uses 30% less energy compared to conventional methods, lowering operational costs and reducing the overall carbon footprint of lithium extraction.

Scalable Operations:

Features a modular design that can easily scale from small pilot plants to large industrial facilities, allowing for flexible and adaptable deployment.

Minimal Environmental Impact:

Designed to minimize waste production, with over 70% of water and chemicals used in the process being recyclable, further reducing environmental impact.

LiSO: A New Standard in Sustainable Lithium Extraction

LiSO sets a new benchmark in sustainable lithium extraction by integrating advanced adsorbents, solvent extraction, nanofiltration, and electrochemical methods. This technology maximizes lithium recovery while minimizing environmental impact, leading the way in providing high-purity lithium for tomorrow’s energy storage solutions. Exoben’s LiSO technology represents the future of efficient and responsible resource management.