In the fields of lithium extraction from brine lakes, new energy materials, and the preparation of high-purity lithium salts, lithium extraction adsorbents are widely used in the development of high-magnesium-to-lithium ratio brine resources due to their
Lithium, as a crucial raw material for modern energy and high-tech industries, directly impacts the development of the battery, electronics, and new energy industries due to the stability of its supply and extraction efficiency.
The rapid expansion of industrial manufacturing has brought significant economic benefits, but it has also introduced severe environmental challenges, particularly in the realm of water pollution.
Under different turbidity water conditions, the particle size, concentration, and charge characteristics of suspended particles vary significantly, placing higher demands on flocculation efficiency and sedimentation effects. Maintaining stable performance
Single treatment processes often fail to achieve ideal results. While water treatment decolorizers can effectively remove color and reduce some organic pollutants, synergistic application with other treatment processes is necessary to achieve a more effic
In molecular structure design, introducing natural polymers or bio-based components is a key strategy for reducing secondary pollution.
