IBC has published extensively on the application of MRT™ products and systems in a broad array of markets and applications. Please click on the article of interest and we will be pleased to send it to you.
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- Green Chemistry, Green Engineering, Circular Economy, Metal Sustainability, Economics
- Precious Metals: PGM, Gold, Silver
- Battery Metals: Lithium, Cobalt, Nickel
- Copper Purification: Bismuth, Antimony Removal and Other Copper Industry Applications
- Rare Earth Elements (REE)
- Technology and Base Metals
- Metal Recycling, Product Purification and Environmental Remediation
- Toxic Metal Remediation: Mercury, Cadmium, Lead, Arsenic
- Nuclear Waste Remediation and Radioisotope Purification
- Analytical Analysis: Laboratory Sample Preparation
- Life Sciences: Enantiomer Separations, Brachytherapy
To request a publication, please click checkbox to right of each publication
| Category | Publication Title | Publication Content | Date | Request |
|---|---|---|---|---|
| Precious Metals: PGM, Gold, Silver | The Refining of Iridium and Rhodium using Molecular Recognition Technology® (MRT™) Izatt, S.R. and Somera, V. 2026 International Precious Metals Institute, 50th Annual Conference, Orlando, FL, June 6-9 | Ir and other PGMs are refined using MRT™ for completely circular recycling of these metals for MEAs produced by Isondo Precious Metals |
2026 | |
| Green Chemistry, Green Engineering, Circular Economy, Metal Sustainability, Economics | The Refining of Iridium and Rhodium using Molecular Recognition Technology® (MRT™) Izatt, S.R. and Somera, V. 2026 International Precious Metals Institute, 50th Annual Conference, Orlando, FL, June 6-9 | Ir and other PGMs are refined using MRT™ for completely circular recycling of these metals for MEAs produced by Isondo Precious Metals |
2026 | |
| Green Chemistry, Green Engineering, Circular Economy, Metal Sustainability, Economics | Molecular Recognition Technology™ (MRT™) for Selective Metal Separation in Green E-Waste Processing Navarro-Tovar, R. et al. 2026 | 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) |
2026 | |
| Precious Metals: PGM, Gold, Silver | Molecular Recognition Technology™ (MRT™) for Selective Metal Separation in Green E-Waste Processing Navarro-Tovar, R. et al. 2026 | 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) |
2026 | |
| Battery Metals: Lithium, Cobalt, Nickel | Molecular Recognition Technology™ (MRT™) for Selective Metal Separation in Green E-Waste Processing Navarro-Tovar, R. et al. 2026 | 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) |
2026 | |
| Copper Purification: Bismuth, Antimony Removal and Other Copper Industry Applications | Molecular Recognition Technology™ (MRT™) for Selective Metal Separation in Green E-Waste Processing Navarro-Tovar, R. et al. 2026 | 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) |
2026 | |
| Copper Purification: Bismuth, Antimony Removal and Other Copper Industry Applications | Cadmium and Copper Removal from Cobalt Electrolytes via SuperLig® Molecular Recognition Technology™ (MRT™) Navarro-Tovar, L. et al. 2025 | Cu and Cd are removed below detection limits from Co electrolytes with SuperLig® 132 and SuperLig® 177 respectively, as presented at the 6th International Symposium on Nickel and Cobalt |
2025 | |
| Green Chemistry, Green Engineering, Circular Economy, Metal Sustainability, Economics | Cadmium and Copper Removal from Cobalt Electrolytes via SuperLig® Molecular Recognition Technology™ (MRT™) Navarro-Tovar, L. et al. 2025 | Cu and Cd are removed below detection limits from Co electrolytes with SuperLig® 132 and SuperLig® 177 respectively, as presented at the 6th International Symposium on Nickel and Cobalt |
2025 | |
| Battery Metals: Lithium, Cobalt, Nickel | Cadmium and Copper Removal from Cobalt Electrolytes via SuperLig® Molecular Recognition Technology™ (MRT™) Navarro-Tovar, L. et al. 2025 | Cu and Cd are removed below detection limits from Co electrolytes with SuperLig® 132 and SuperLig® 177 respectively, as presented at the 6th International Symposium on Nickel and Cobalt |
2025 | |
| Green Chemistry, Green Engineering, Circular Economy, Metal Sustainability, Economics | Rhodium Refining in the Fine Chemicals Industry (Faggi Enrico) Using Molecular Recognition Technology™ (MRT™) Faggi, G. et al. 2025 International Precious Metals Institute, 49th Annual Conference, Scottsdale, AZ, June 7-10 | Presentation on Rhodium Refining given at the 2025 International Precious Metals Institute (IPMI) Conference |
2025 |