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This work demonstrates a novel approach to suppress serpentine in mineral separation, indicating sustainable mineral processing improvements.
(P-CNF). Moreover, phosphorylated nanocellulose promoted the flocculation of fine serpentine particles via polymer-bridging effects, leading to the enlarged aggregates and effective suppression of mechanical entrainment. This work establishes phosphorylated nanocellulose as a novel green depressant platform and provides molecular insights into interfacial interactions governing complex mineral separation, thereby enabling the rational design of sustainable reagents and advancing resource-efficient environmentally interfacial responsible mineral processing.
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Gao et al. (2026) studied this question.
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