Deep and consecutive removal of Hg2+ from water using a novel dopamine-bridged metal organic framework-carbon sponge composite
Z Wang, Y Xia, Y Wei, H Tang, J Zhao, D Zhang… - Separation and …, 2024 - Elsevier
Developing reliable and easy-to-use adsorbents for Hg 2+ decontamination from water is
highly desirable due to its high biotoxicity. Herein, a dopamine-bridged metal organic …
highly desirable due to its high biotoxicity. Herein, a dopamine-bridged metal organic …
Metal Oxide-Based Adsorbents for Removal of Mercury in Aqueous Media: A Mini-Review
Mercury-related products pose a serious environmental and health threat due to increasing
industrialization, inadequate removal treatments, and lenient regulations, making mercury …
industrialization, inadequate removal treatments, and lenient regulations, making mercury …
Wood pulp-derived mesoporous carbon as a reusable substrate for aqueous uranium recovery: Closing the loop by unlocking the nexus between carbon, adsorbed …
MSVN Jyothi, S Gomosta, AR Parvathy, S Baiju… - Chemical Engineering …, 2025 - Elsevier
Biomass-derived carbon is a versatile and sustainable adsorbent for removing diverse
pollutants, including uranium, in water. However, the carbon precursor, carbonization, and …
pollutants, including uranium, in water. However, the carbon precursor, carbonization, and …
Selective adsorption of arsenic by water treatment residuals cross-linked chitosan in co-existing oxyanions competition system
H Zeng, Y Zeng, H Xu, W Zhao, S Han, J Zhang… - Environmental …, 2024 - Elsevier
Selective adsorption of arsenic in co-existing oxyanions competition systems remains a
significant challenge in water treatment due to the limitations of adsorbent materials that …
significant challenge in water treatment due to the limitations of adsorbent materials that …