HP160 -- Aluminum-Based Lithium Adsorption

Advantages of HP160 Lithium Adsorption

(1)Nanoscale Pore Technology Enhances Lithium Adsorption Kinetics

The new generation of nanoscale powder pore-making process optimizes the adsorption kinetics for extracting lithium from water, the lithium extraction process from brine and great salt lake mining, ensuring abundant nanopore channels and active nanocrystalline grains inside, which substantially increases the lithium diffusion rate. While improving the adsorption capacity, it reduces the effect of temperature on the adsorption efficiency, so that the material can still maintain excellent performance in a low-temperature environment, and the adsorption rate can still be maintained at a high level even under the condition of temperature reduction.

(2)High-Efficiency DLE Technology for Impurity Separation & Water Reduction

Direct Lithium Extraction (DLE) from salar brine and geothermal brine, separating lithium ions from sodium, magnesium, and other impurity ions. Through one adsorption/desorption, it can realize that the magnesium-lithium ratio can be reduced from more than 600 to less than 1, and the sodium-lithium ratio can be reduced from more than 500 to less than 0.5. Under the same process, the use of less drenching liquid can ensure that the desorption liquid impurity ions to meet the standard, thus significantly improving the efficiency of the adsorbent, increase lithium production, and significantly reduce water consumption in Direct Lithium Extraction (DLE) Technology.

(3)Robust Spherical Lithium Adsorbent for High-Efficiency Extraction

Spherical granulation ensures a good hydrodynamic flow pattern for geothermal and oilfield brines lithium. At the same time add polymers to make it good anti-scouring performance, stable physical and chemical properties, to ensure that the adsorbent has excellent mechanical strength and toughness, the adsorbent annual dissolution loss rate (performance degradation rate) is less than 5%. Even in the winter low-temperature brine viscosity conditions are not easy to plate, clogging and so on, thus effectively avoiding the frequent shutdown for backwashing operation, to ensure the yield.

(4)Nano-Doped Lithium Adsorbent with High Sulfate Resistance

Through the nano-doping process, the lithium extraction adsorbent's ability to resist sulfate ion pollution has been comprehensively improved. Effectively overcome the aluminum adsorbent can not adapt to the high concentration of sulfate ion brine, even if the sulfate ion concentration of 40g / L or more of the original brine of the Salt Lake, can ensure the long-term stability of the adsorbent operation.

(5)Green Direct Lithium Extraction (DLE) Technology: Energy-Saving & Eco-Friendly Process

Direct Lithium Extraction Technology from salar brine and geothermal brine is green and environmentally friendly. Only the lithium chloride in the material liquid is extracted during adsorption for lithium extraction, and no other chemical elements are introduced into the material liquid after adsorption, which can be directly discharged back to the salt lake or into the next section; only pure water is used during desorption, which is safe and energy-saving.