Use and Recovery of Extractive Waste and Tailings for Sustainable Raw Materials Supply

Extractive waste (EW), including tailings, is produced in large quantities during mining activities. In recent years, the linear economic model (“take-use-and-throw” approach) has been replaced by a circular approach, emphasizing the sustainable use and recovery of EW. The development of innovative...

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Published inMining (Basel) Vol. 4; no. 1; pp. 149 - 167
Main Authors Mancini, Susanna, Casale, Marco, Tazzini, Antonio, Dino, Giovanna Antonella
Format Journal Article
LanguageEnglish
Published Rouyn-Noranda MDPI AG 01.03.2024
Subjects
Aggregates
Circular economy
Clean technology
critical raw materials
Ecological footprint
Economic models
Electric vehicles
Environmental impact
Exploitation
Highway construction
Industrial development
Landfill
Medical equipment
Metals
Mine tailings
Mine wastes
Minerals
Mines
Mining
Natural resources
Quarries
Raw materials
recycling
Risk assessment
Steel production
supply chain
Sustainability
Sustainable materials
sustainable mining
Sustainable use
waste recovery
Brazil
South Africa
United States > US
Europe
China
Russia
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Abstract Extractive waste (EW), including tailings, is produced in large quantities during mining activities. In recent years, the linear economic model (“take-use-and-throw” approach) has been replaced by a circular approach, emphasizing the sustainable use and recovery of EW. The development of innovative protocols, such as Best Available Techniques (BATs), which aim at the technological and process improvement of more sustainable mining activities and at the production of renewable, highly performing green materials, has led to technological advancements, expertise in sustainability, and a reduced ecological footprint, potentially causing positive economic and social impacts and reducing environmental ones. Extractive waste and tailings, if suitably characterized, can be used to improve and make sustainable the works connected to the management of mining activities. The qualitative–quantitative characterization of EW is essential for subsequent reuse and for assessing the risk to human health and the extent of environmental impacts in the various matrices. The application areas vary according to the type of waste and mining tailings, the morphological characteristics of the deposits, and the geological, geomorphological, and logistic context of the area. Integrated protocols for sustainable EW exploitation and positive impacts on the economic, environmental, and technological/social level are analyzed. The present paper aims at providing an overview of challenges and potentialities connected to extractive waste (EW) management and potential exploitation to recover raw materials (RM), critical raw materials (CRM), and secondary raw materials (SRM).
AbstractList Extractive waste (EW), including tailings, is produced in large quantities during mining activities. In recent years, the linear economic model (“take-use-and-throw” approach) has been replaced by a circular approach, emphasizing the sustainable use and recovery of EW. The development of innovative protocols, such as Best Available Techniques (BATs), which aim at the technological and process improvement of more sustainable mining activities and at the production of renewable, highly performing green materials, has led to technological advancements, expertise in sustainability, and a reduced ecological footprint, potentially causing positive economic and social impacts and reducing environmental ones. Extractive waste and tailings, if suitably characterized, can be used to improve and make sustainable the works connected to the management of mining activities. The qualitative–quantitative characterization of EW is essential for subsequent reuse and for assessing the risk to human health and the extent of environmental impacts in the various matrices. The application areas vary according to the type of waste and mining tailings, the morphological characteristics of the deposits, and the geological, geomorphological, and logistic context of the area. Integrated protocols for sustainable EW exploitation and positive impacts on the economic, environmental, and technological/social level are analyzed. The present paper aims at providing an overview of challenges and potentialities connected to extractive waste (EW) management and potential exploitation to recover raw materials (RM), critical raw materials (CRM), and secondary raw materials (SRM).
Author Mancini, Susanna
Casale, Marco
Tazzini, Antonio
Dino, Giovanna Antonella
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Snippet Extractive waste (EW), including tailings, is produced in large quantities during mining activities. In recent years, the linear economic model...
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StartPage 149
SubjectTerms Aggregates
Circular economy
Clean technology
critical raw materials
Ecological footprint
Economic models
Electric vehicles
Environmental impact
Exploitation
Highway construction
Industrial development
Landfill
Medical equipment
Metals
Mine tailings
Mine wastes
Minerals
Mines
Mining
Natural resources
Quarries
Raw materials
recycling
Risk assessment
Steel production
supply chain
Sustainability
Sustainable materials
sustainable mining
Sustainable use
waste recovery
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Title Use and Recovery of Extractive Waste and Tailings for Sustainable Raw Materials Supply
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https://doaj.org/article/1b2d203175ba4e6ba347a4875af8ea74
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