Direct Lithium to Product® (DLP™) marks a step-change in lithium production by slashing capital costs and operational complexity
Archives: Publications
Eliminating the Midstream: Rewriting the Lithium Cost Curve with DLP™
Direct Lithium to Product® (DLP™) marks a step-change in lithium production by slashing capital costs and operational complexity
Industrial-Scale Refining of Iridium at Sibanye-Stillwater’s South African Precious Metals Refinery Using SuperLig® Molecular Recognition Technology® (MRT™)
Iridium is Refined from Primary Ore at Sibanye-Stillwater’s South African Precious Metals Refinery using Molecular Recognition Technology® (MRT™)
Industrial-Scale Refining of Iridium at Sibanye-Stillwater’s South African Precious Metals Refinery Using SuperLig® Molecular Recognition Technology® (MRT™)
Iridium is Refined from Primary Ore at Sibanye-Stillwater’s South African Precious Metals Refinery using Molecular Recognition Technology® (MRT™)
The Refining of Iridium and Rhodium using Molecular Recognition Technology® (MRT™)
Ir and other PGMs are refined using MRT™ for completely circular recycling of these metals for MEAs produced by Isondo Precious Metals
The Refining of Iridium and Rhodium using Molecular Recognition Technology® (MRT™)
Ir and other PGMs are refined using MRT™ for completely circular recycling of these metals for MEAs produced by Isondo Precious Metals
Molecular Recognition Technology® (MRT™) for Selective Metal Separation in Green E-Waste Processing
A hydrometallurgical process combining electrowinning, sequential acid leaching, and MRT™ separations achieved >99% metal purity of Cu, Ni, Fe, Sn, Ag, Pd, and Pt from a collector metal alloy, as presented at the International Conference on Responsible Electronics and Circular Technologies (REACT 2025)
Molecular Recognition Technology® (MRT™) for Selective Metal Separation in Green E-Waste Processing
A hydrometallurgical process combining electrowinning, sequential acid leaching, and MRT™ separations achieved >99% metal purity of Cu, Ni, Fe, Sn, Ag, Pd, and Pt from a collector metal alloy, as presented at the International Conference on Responsible Electronics and Circular Technologies (REACT 2025)
Molecular Recognition Technology® (MRT™) for Selective Metal Separation in Green E-Waste Processing
A hydrometallurgical process combining electrowinning, sequential acid leaching, and MRT™ separations achieved >99% metal purity of Cu, Ni, Fe, Sn, Ag, Pd, and Pt from a collector metal alloy, as presented at the International Conference on Responsible Electronics and Circular Technologies (REACT 2025)
Molecular Recognition Technology® (MRT™) for Selective Metal Separation in Green E-Waste Processing
A hydrometallurgical process combining electrowinning, sequential acid leaching, and MRT™ separations achieved >99% metal purity of Cu, Ni, Fe, Sn, Ag, Pd, and Pt from a collector metal alloy, as presented at the International Conference on Responsible Electronics and Circular Technologies (REACT 2025)