Urea-assisted vs. conventional precipitation for the synthesis of sepiolite-zirconium oxide/hydroxide composites: Influence on the physicochemical properties and phosphate adsorption
Key Points
Phosphate adsorption is significantly improved with urea-assisted precipitation, indicating better efficiency.
Adsorption capacity increased by nearly 30% when using urea compared to conventional methods in controlled tests.
Analysis of synthesized composites showed notable changes in physicochemical properties post-precipitation.
These findings underline the potential for urea-assisted methods to enhance environmental applications of sepiolite-based materials.
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Urea-assisted vs. conventional precipitation for the synthesis of sepiolite-zirconium oxide/hydroxide composites: Influence on the physicochemical properties and phosphate adsorption | Synapse