Integrating multi-method approaches for the green separation and retrieval of nickel and phosphorus from spent electroless nickel plating solutions

Dong, Zhontian; Zhao, Zhiren; Wang, Fenghe; Wang, Fengyun; Xia, Mingzhu

doi:10.1039/d3gc03180b

Green Chem.

2023

DOI: 10.1039/d3gc03180b

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Integrating multi-method approaches for the green separation and retrieval of nickel and phosphorus from spent electroless nickel plating solutions

Zhontian Dong,

Zhiren Zhao,

Fenghe Wang

et al.

Abstract: The spent electroless nickel plating (SENP) solution comprises abundant complexed nickel, hypophosphite, and phosphite ions, alongside scant organic additives.

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Integrating multi-method approaches for the green separation and retrieval of nickel and phosphorus from spent electroless nickel plating solutions

Abstract: The spent electroless nickel plating (SENP) solution comprises abundant complexed nickel, hypophosphite, and phosphite ions, alongside scant organic additives.

Cited by 3 publications

References 54 publications

High-efficiency phosphorus recovery from hypophosphite and phosphite-containing wastewater via a new electrodialysis enrichment and hydrothermal oxidation coupling process

High-efficiency phosphorus recovery from hypophosphite and phosphite-containing wastewater via a new electrodialysis enrichment and hydrothermal oxidation coupling process

Electrocatalysis coupled super-stable mineralization for the efficient treatment of phosphorus containing plating wastewater

A novel one-step strategy for deep treatment of phosphite‑nickel wastewater using defective metal-organic framework-chitosan composite biosorbent

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