Titanium-Based Direct Lithium Extraction Adsorbents

Titanium-based direct lithium extraction adsorbents for brine recovery

Inter-China Chemical supplies titanium-based direct lithium extraction adsorbents for recovering lithium from salt-lake, geothermal and oilfield brines. Our portfolio includes GFLTS powder, G-200 extruded granules and G-300 spherical granules for laboratory evaluation, pilot trials and industrial-scale process development.

Titanium-Based Adsorbents for Direct Lithium Extraction

Inter-China Chemical, together with its manufacturing subsidiary Gangfeng New Materials, develops and manufactures titanium-based lithium adsorbents for direct lithium extraction. The portfolio includes GFLTS powder, G-200 extruded granules and G-300 spherical granules for laboratory evaluation, pilot trials and industrial-scale process development.

These lithium-selective adsorbents are designed for repeated adsorption and acid-desorption cycles in salt-lake, geothermal and oilfield brines. Product selection should be based on brine chemistry, lithium concentration, temperature, impurity profile, contactor design and target flow rate.

GFLTS is a powder-form lithium titanate adsorbent based on Li₂TiO₃. It is intended for material development, slurry-contact evaluation and the preparation of shaped adsorbents. Its powder form provides flexibility for formulation and process research.

G-200 is an extruded granular titanium-based lithium adsorbent developed for fixed-bed DLE systems. Its strip-shaped morphology is designed for packed-bed handling and repeated adsorption-desorption cycles. Available particle specifications can be selected according to column design and hydraulic requirements.

G-300 is a spherical titanium-based lithium adsorbent developed for fixed-bed, moving-bed and fluidized-bed process evaluation. Its spherical morphology is intended to support controlled packing, liquid-solid contact and repeated process operation. Particle-size data can be provided for contactor design.

Actual adsorption capacity, kinetics, impurity tolerance and cycle performance depend on the specific brine and operating conditions. ICC supports sample evaluation, test-condition review and process discussions before scale-up.

Titanium Materials Solutions for Industrial Applications

Explore ICC titanium dioxide, infrared-reflective TiO₂, high-purity titanium materials and titanium-based lithium adsorbents, supported by application testing and technical service.
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