Hi-Tech waste as “Urban Mines” of precious metals: new sustainable recovery methods

Precious metals (PMs) are valuable components of Hi-Tech goods such as electrical and electronic equipment, catalysts, advanced materials. These relatively recent applications and the growth of their market due to the fast technological development, heavily contribute to the high rate of element co...

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Main Author: Angela Serpe
Format: Article
Language:English
Published: Firenze University Press 2019-08-01
Series:Substantia
Subjects:
Online Access:https://riviste.fupress.net/index.php/subs/article/view/607
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spelling doaj-a94e96ca3f874727b850cde210b0e1ac2020-11-25T01:00:26ZengFirenze University PressSubstantia2532-39972019-08-013110.13128/Substantia-607Hi-Tech waste as “Urban Mines” of precious metals: new sustainable recovery methodsAngela Serpe0Department of Civil and Environmental Engineering and Architecture (DICAAR) and INSTM unit, Via Marengo 2, I09123 Cagliari, Italy Precious metals (PMs) are valuable components of Hi-Tech goods such as electrical and electronic equipment, catalysts, advanced materials. These relatively recent applications and the growth of their market due to the fast technological development, heavily contribute to the high rate of element consumption and Hi-Tech waste accumulation of the modern consumer society. Looking at these wastes with new eyes, encouraged by the recent world-wide regulations aimed to the sustainable waste management and raw materials preservation, we can appreciate the value contained in and turn them in secondary resources of raw materials. In this context, a sustainable approach in PMs recovery from Hi-Tech waste, built on green chemistry principles and addressed to find a ready technological transfer, is described here. https://riviste.fupress.net/index.php/subs/article/view/607Green processescircular economysecondary sorcesnoble metals recoverywaste electrical and electronic equipments
collection DOAJ
language English
format Article
sources DOAJ
author Angela Serpe
spellingShingle Angela Serpe
Hi-Tech waste as “Urban Mines” of precious metals: new sustainable recovery methods
Substantia
Green processes
circular economy
secondary sorces
noble metals recovery
waste electrical and electronic equipments
author_facet Angela Serpe
author_sort Angela Serpe
title Hi-Tech waste as “Urban Mines” of precious metals: new sustainable recovery methods
title_short Hi-Tech waste as “Urban Mines” of precious metals: new sustainable recovery methods
title_full Hi-Tech waste as “Urban Mines” of precious metals: new sustainable recovery methods
title_fullStr Hi-Tech waste as “Urban Mines” of precious metals: new sustainable recovery methods
title_full_unstemmed Hi-Tech waste as “Urban Mines” of precious metals: new sustainable recovery methods
title_sort hi-tech waste as “urban mines” of precious metals: new sustainable recovery methods
publisher Firenze University Press
series Substantia
issn 2532-3997
publishDate 2019-08-01
description Precious metals (PMs) are valuable components of Hi-Tech goods such as electrical and electronic equipment, catalysts, advanced materials. These relatively recent applications and the growth of their market due to the fast technological development, heavily contribute to the high rate of element consumption and Hi-Tech waste accumulation of the modern consumer society. Looking at these wastes with new eyes, encouraged by the recent world-wide regulations aimed to the sustainable waste management and raw materials preservation, we can appreciate the value contained in and turn them in secondary resources of raw materials. In this context, a sustainable approach in PMs recovery from Hi-Tech waste, built on green chemistry principles and addressed to find a ready technological transfer, is described here.
topic Green processes
circular economy
secondary sorces
noble metals recovery
waste electrical and electronic equipments
url https://riviste.fupress.net/index.php/subs/article/view/607
work_keys_str_mv AT angelaserpe hitechwasteasurbanminesofpreciousmetalsnewsustainablerecoverymethods
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