Strengths of MRT™ systems compared to traditional procedures in metal beneficiation processes include significant improvement in process conditions, short processing time, high selectivity for target species, application to a wide range of metals, significant operating advantages, and an environmentally and ecologically friendly process

Principles of green chemistry and description of highly selective MRT™ process

Benefits and economic advantages of MRT™ compared to other separation processes: ion exchange, chelation ion exchange, solvent extraction, chromatography, biological methods

– Global benefits derived from effective metal recycling – Efficient and effective metal recycling can make a major contribution to a circular economy and lead to metal sustainability

– Major advantages, including cost effectiveness, of the MRT™ process over classical technologies for highly selective individual platinum group metal separations – Green chemistry principles applied to platinum group metal separations – Comparison of OPEX and CAPEX costs for MRT™ and solvent extraction in separation and recovery of rare earth elements

Book with chapters dealing with indicated topics

Foundational work on highly selective molecular recognition host-guest interactions leading to industrial green chemistry Molecular Recognition Technology® applications

Green engineering, green chemistry and Molecular Recognition Technology®

– Green engineering and green chemistry aspects of MRT™ separations – Favorable economics of MRT™ processes