During lithium extraction, the lithium extraction adsorbent needs to undergo multiple adsorption-desorption cycles.
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During lithium extraction, the lithium extraction adsorbent needs to undergo multiple adsorption-desorption cycles.
Silica sol solution, through multiple parameters such as particle size, concentration, pH value, and purity, deeply participates in and dominates the performance evolution of precision casting shells from wet coating to high-temperature service.
In industrial wastewater treatment, decolorization is a crucial step in ensuring that effluent meets standards, especially in industries such as dyeing, papermaking, chemicals, and pharmaceuticals. Wastewater often contains large amounts of persistent dye
The new molecular sieve in the lithium extraction adsorbent achieves precise screening of lithium and magnesium ions through the synergistic effect of structural design and chemical modification.
In low-temperature source water treatment, water treatment polyaluminium chloride effectively overcomes the coagulation challenges associated with low temperatures thanks to its pre-polymerized structure.
The key to the lithium extraction adsorbent's ability to precisely capture lithium ions from complex brines lies in its unique crystal structure design, efficient ion recognition mechanism.
