Grants for projects

DST-SRM

“Decision Support Tool per valutare la Sostenibilità nel Recupero di Materie prime seconde (materie prime, anche critiche) dai rifiuti minerali."
Energie rinnovabili
sp2 dst BIG
Scheda del progetto
Responsabile
P.i Scientific Resp.
RTD-A - Prof.ssa Giovanna Antonella Dino
Università degli Studi di Torino
Team
Team
Prof. Ordinario Piercarlo Rossi
PhD Fellow Marco Casale
Data
Start date
Durata
Duration
14 months
Valore
Approved value
€ 90.337,31
Investimento
Investment nodes
€ 90.337,31
Dipartimento
Department
Università degli Studi di Torino

The need to ensure access to raw materials (RM), including critical materials (CRM), has stimulated EU policies to find alternative and supplementary sources to exploit. RM, secondary raw materials (SRM) and sometimes CRM can be recovered from old landfills and flowing waste from different production cycles, applying landfill mining and circular economy approaches respectively.

 

The challenge
Document

The aim of this project is to develop a decision support tool (DST) to assess, quickly and with an interdisciplinary approach, whether selected mining and quarry dumps can be subjected to sustainable mining, thus taking into account not only technical and economic parameters, but also site-specific environmental and social ones.

Why is it innovative
Document

To date, there is no DST on the market similar to the one that will be produced: the DST-SRM may be of interest to Public Administrations in the planning stages of mining activities, in order to know the RM/CRM/SRM that can be recovered from extractive landfills, but also to mining companies that can evaluate the different possible scenarios for the exploitation of landfilled resources and decide to apply the scenario that gives the greatest guarantees in terms of sustainability (contributing to the sustainability budgets produced by large companies - including mining companies).

Impact on users
Document

The output of the DST is represented by several possible scenarios, useful for deciding whether and how to deal with the exploitation of extractive waste present in quarry and mine dumps: such exploitation may be necessary/useful both because RM/CRM present have an important market interest, but also in cases where it is necessary to secure extractive sites (i.e. sites under ISPRA attention). The DST produced will be tested and validated using the data and processing flowchart of identified case studies.