Advancements in sustainable platinum and palladium recovery: unveiling superior adsorption efficiency and selectivity with a novel silica-anchored acylthiourea adsorbent

Mphahlele, Malehlogonolo R. R.; Mosai, Alseno K.; Tutu, Hlanganani; Kotzé, Izak A.

doi:10.1039/d3ra08169a

RSC Adv.

2024

DOI: 10.1039/d3ra08169a

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Advancements in sustainable platinum and palladium recovery: unveiling superior adsorption efficiency and selectivity with a novel silica-anchored acylthiourea adsorbent

Malehlogonolo R. R. Mphahlele,

Alseno K. Mosai,

Hlanganani Tutu

et al.

Abstract: This study examines innovative PGM recovery using silica-anchored adsorbents. DTMSP-BT-SG shows exceptional efficiency (>98%) and selectivity for Pt and Pd, offering a cost-effective solution for extracting PGMs from mining wastewaters.

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Advancements in sustainable platinum and palladium recovery: unveiling superior adsorption efficiency and selectivity with a novel silica-anchored acylthiourea adsorbent

Abstract: This study examines innovative PGM recovery using silica-anchored adsorbents. DTMSP-BT-SG shows exceptional efficiency (>98%) and selectivity for Pt and Pd, offering a cost-effective solution for extracting PGMs from mining wastewaters.

Cited by 3 publications

References 52 publications

Comprehensive review on recovery of platinum group metals from spent automotive catalysts by metal capture technology: Present progress and outlook

Comprehensive review on recovery of platinum group metals from spent automotive catalysts by metal capture technology: Present progress and outlook

Acyl thiourea derivatives: Versatile tools for chemosensing and heavy metal remediation

High-selective platinum and palladium capture using polyamide 6: A potent material for platinum group metals’ recovery from spent car catalytic converter

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