Li Qing

TL;DR: Cross-linked chitosan microspheres by emulsion polymerization were investigated and proposed as the green and efficient adsorbents to treat iodine wastes via I- and -NH2 attraction, promising according to adsorbent dosage, pH, co-existing anions and recyclability analyzations.

TL;DR: The micro-spherical AgCl@CM sorbents were prospective-effectively for iodine waste water treatment and performed I127 adsorption with the significant selectivity relative to Cl-.

TL;DR: The crosslinked chitosan proposedly via Pickering emulsion polymerization was coated by hydrophobical-modified montmorillonite (HMMT) to form the micro-composite of CTS/HMMTs as the iodide adsorbent of eco-safety, adsorptivity combination and chitOSan-swelling limitation, performing the high stability.

TL;DR: In this paper, a preparation method of an adsorbing material for removing anions in water and application of the adsorbed material, and belongs to the technical field of sewage purificationtreatment in environmental protection.

TL;DR: The hollow core-shell microcapsules as Fe@CH (nano ferric oxide entrapped in the polymerized chitosan) were constructed via emulsion interface polymerization, to enhance the phosphate binding from -NH2 group and iron complex, and limit iron leakage significantly as discussed by the authors.