Num. Contratto:
20255

Coordinatore: UNIV. NORWEGIAN OF SCIENCE AND TECHNOLOGY (NTNU) (Norvegia)

Responsabile ENEA: STENDARDO STEFANO - TERIN-PSU-IPSE (CASACCIA)

Ruolo ENEA: LINKED THIRD PARTY

Sito Web: https://sisalslag.eu/

Programma Quadro: HORIZON 2020

Programma UE: EIT - Raw Materials KIC - EIT Raw Materials KIC

Area Tematica: Materials

Tipo Progetto: N/A - Non applicabile

Descrizione:

Silicon and High Purity Alumina (HPA) are vital raw materials for the transition to the low carbon society; silicon as a dominant photovoltaic (PV) material for solar energy applications and as an important ingredient in light-weight applications (automotive and others), while HPA is a key material in Light Emitting Diodes (LEDs) and increasingly in Lithium Ion Batteries (LIBs). Unfortunately, both Si and HPA are today produced non-sustainably; for each tonne of Si you make a lot more CO2, plus harmful pollutants. Similarly, HPA is today made from ultrapure primary aluminium, having a large CO2 footprint. The promise of the SisAl process is to resolve this problem of non-sustainable raw materials, by replacing carbon with secondary aluminium sources (scrap, dross) as reductant for Si production from quartz (SiO2), and in parallell making an intermediate slag which is a perfect precursor for HPA processing. By introducing integrated CO2 looping, the already superior low CO2 footprint of the SisAl process is strengthened. Elkem (Si), SiQAl & Mytilineos (HPA), and Calef (CO2 looping) will commercialise the technologies and products (Si & HPA) for the benefit of end users requiring sustainable raw materials with a minimal environmental and CO2 footprint. With the SisAl process the transformation to a low carbon circular economy and other key challenges are turned upside down into new European opportunities. Carbon leakage means moving industry to countries with less strict emission regulations, giving no positive or even negative effects on global emissions. A reversed carbon leakage would be to move industry back to Europe, and by replacing just one traditional silicon smelter in China with a new SisAl smelter in Europe, we have estimated that 50 million Euros will be saved annually in avoided societal emission costs. The project consortium covers the value chain from raw material provider to product user, with partners from SME´s, companies, institutes and universities.

Attività svolta da ENEA:

Le attività di ENEA possono essere così riassunte: .ENEA TERIN, si occuperà della progettazione, della supervisione alla costruzione in collaborazione con il Consorziato Walter Tosto S.p.A. e CALEF, e della messa in esercizio fino al collaudo finale, di un calcinatore ad alta temperatura (850-900°C) a partire da modellazione e simulazioni CFD. . ENEA SSPT, supporterà ENEA TERIN per le caratterizzazioni metallurgiche in laboratorio dei materiali e nella supervisione delle attività per tutta la durata del progetto fino al collaudo finale del prototipo.

Note:

NUOVA Determinazione n. 02/2022/TERIN rettifica determina per accertamento entrata ENEA solo prima annualità

Posizione:
1676

Codice Atto:
PK4AAO

Atto di approvazione ENEA:
254/2021/TERIN, 02/2022/TERIN

Unità alla stipula:
TERIN-PSU

Costo eleggibile del Progetto: 437.999,00

Contributo al Progetto: 319.499,00

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Costo eleggibile per ENEA: 85.988,00

Contributo ad ENEA: 85.988,00

Anno di stipula:
2021

Durata in mesi:
36

Data di inizio:
01-03-2021

Data di scadenza:
31-12-2022