Selective Removal of Precious Metal Cations And Anions Of , Metallurgical Interest Using Molecular Recognition Technology

The Minerals, Metals and Materials Society
Reed M. Izatt
Organization:
The Minerals, Metals and Materials Society
Pages:
14
File Size:
728 KB
Publication Date:
Jan 1, 1999

Abstract

SuperLig® materials are capable of individually separating Rh, Pd, and/or Pt in highly purified form (99.95 to 99.99%) from a variety of chloride-based feed streams in a single stage operation. The hydrophillicity and associated kinetics of the supported materials allow for operation at relatively high flow rates of both loading and elution in a packed bed format. Pilot and commercial systems have been operated with Rh, Pd, and/or Pt present in the feed from single digit ppm (mg/l) to tens of g/l. A dual SuperLig® system for one pass Au(CN)2- separation followed by Cu and CN- recovery for CN- recycle has also been tested up to a pilot level,
Citation

APA: Reed M. Izatt  (1999)  Selective Removal of Precious Metal Cations And Anions Of , Metallurgical Interest Using Molecular Recognition Technology

MLA: Reed M. Izatt Selective Removal of Precious Metal Cations And Anions Of , Metallurgical Interest Using Molecular Recognition Technology. The Minerals, Metals and Materials Society, 1999.

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