Facile surface modification of 3D-printed biopolymer filter via acetone treatment for enhanced copper hexacyanoferrate immobilization and selective ammonium capture
A notable increase in ammonium capture was observed, with improvements reaching up to 30% after treatment.
Assessment using acetone treatment for surface modification on 3D-printed biopolymer structures was conducted.
These findings highlight the potential for improved filtration methods in wastewater treatment, emphasizing sustainable material use.
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Facile surface modification of 3D-printed biopolymer filter via acetone treatment for enhanced copper hexacyanoferrate immobilization and selective ammonium capture | Synapse