IDENER.AI 

The phosphogypsum case studies are the following: Barreiro (Portugal), Kutina (Croacia), Prahovo (Serbia), Łąka (Poland), Veles (North Macedonia and Venice (Italy); but there are other cities participating in which the results could be replicated. 

There are no regions involved itself but specific partners from specific cities in which the solutions developed can be deployed. 

Scope: performing PG valorisation activities. Objectives: i) Upscaling, demonstration and validation of sustainable and circular chemical processes for turning the PG wastes into valuable commercial products, validated by end-users in different value chains; ii)To foster the interregional cooperation and integration of the Environmental, Social and Governance (ESG) perspective, following CCRI guidelines, for reaching circularity, and iii)Reach all stakeholders in the project value chain with the aim of publicizing the project and its results and increasing the possibilities of developing the valorisation of phosphogypsum after the project ends.

• To foster the interregional cooperation and integration of the Environmental, Social and Governance (ESG) perspective, following CCRI guidelines, for reaching circularity, and b)Reach all stakeholders in the project value chain with the aim of publicizing the project and its results and increasing the possibilities of developing the valorisation of phosphogypsum after the project ends.

D1.8 Public summary about chemical routes validation & PG characterisation 

D2.12 Guidelines for circular systemic solutions 

D7.4  Data Management Plan III 

D5.8 FIC-FIGHTERS policy brief 2 

D5.6 Final report on Environmental Social and Governance (ESG) 

D5.5 Ecological restoration assessments for PG cases 

D4.5 Public summary about validation of final products for end industries 

D2.8 Environmental impacts through LCA 

D2.10 Economic validation by LCC 

These are public deliverables

• New products that will benefit economic and environmental issues (industry) 
• New circular solution with economic gains according to business indicators (investors) 
• New sustainable approach for efficient PG valorisation, assessments and methodologies (scientific community) 
• Sustainable solution for PG stacks (CO2 capture, new jobs, new business model, waste prevention, etc.) (policy makers) 
• Circular economy, climate change mitigation, benefits of the solution (citizens) 

FIC-FIGHTERS project envisions a collaborative partnership where our project aligns closely with the CCRI office's objectives. We hope to leverage their expertise and resources to enhance our project's impact and efficiency.  

Regular coordination meetings, sharing insights and progress updates, and integrating feedback from the CCRI office to refine our strategies and outcomes. Our goal is to ensure that both our project and the CCRI office benefit mutually from this collaboration.

1. IDENER.AI 
2. UNIVERSITY OF SEVILLE 
3. MAGTEL OPERACIONES SL 
4. THARSIS MINING SOC LIMITADA 
5. ÅBO AKADEMI UNIVERSITY 
6. CIVIL ENGINEERING INSTITUTE MACEDONIA 
7. WROCLAW UNIVERSITY OF SCIENCE AND TECHNOLOGY 
8. UNIVERSITY OF NOVI SAD FACULTY OF SCIENCES 
9. Institute of Condensed Matter Chemistry and Energy Techologies - National Research Council (ICMATE-CNR) 
10. Studiecentrum voor Kernenergie Centre d'Etude de l'Energie Nucléaire SCK CEN 
11. PREHNIT ltd 
12. CAPTURA CO2 
13. ARDITEC 
14. EFG 
15. UNIVERSIDAD DE HUELVA 
16. ASISTENCIAS TÉCNICAS CLAVE 
17. PERSAN 
18. CEMENTOS LA CRUZ SL 
19. AGENCIA ESTATAL CONSEJO SUPERIOR DE INVESTIGACIONES CIENTÍFICAS 
20. LECTA SA 
21. FRAUNHOFER IKTS 
22. ALDA 
23. CHRISTEYNS NV 
24. FUNDACION CIUDAD DE LA ENERGIA 
25. MUNICIPIO DO BARREIRO