“…43 Li and colleagues reported on Fe-based C-S-H using steel-slag Ca and Fe sources through a one-step alkaline activation process to remove As(V). 44 However, few studies have focused on the removal of Cr(T) due to the extremely weak adsorption of C-S-H toward Cr(VI). 45,46 Thus, it is important to design functionalized C-S-H-based materials for Cr(T) removal with simultaneously stable reusability and superior adsorption ability.…”
Converting Cr(VI) to Cr(III) and subsequent precipitation of Cr(III) represents an efficient approach for wastewater treatment. However, total Cr(III) removal needs a high cost for pH adjustment, and second pollution...
“…43 Li and colleagues reported on Fe-based C-S-H using steel-slag Ca and Fe sources through a one-step alkaline activation process to remove As(V). 44 However, few studies have focused on the removal of Cr(T) due to the extremely weak adsorption of C-S-H toward Cr(VI). 45,46 Thus, it is important to design functionalized C-S-H-based materials for Cr(T) removal with simultaneously stable reusability and superior adsorption ability.…”
Converting Cr(VI) to Cr(III) and subsequent precipitation of Cr(III) represents an efficient approach for wastewater treatment. However, total Cr(III) removal needs a high cost for pH adjustment, and second pollution...
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