Objectives

1. SO1

   Generate a robust baseline on MP/MF characteristics using simulated and real textile wastewater.

2. SO2

   Develop and optimize a solar-driven PEC module for MP/MF degradation, targeting ≥30% wt. PET and ≥10% wt. PA degradation after 12h.

3. SO3

   Design structured SynComs capable of transforming PEC intermediates into value-added polyketide scaffolds, targeting ≥60% target compound specificity.

4. SO4

   Develop bioelectrochemical systems achieving ≥80% COD removal and ≥70% nutrient recovery.

5. SO5

   Deploy multi-scale computational modeling, including DFT, spatiotemporal GEMs and process models.

6. SO6

   Validate a coupled PEC-SynComs-BES prototype continuous operation for ≥200 h using real industrial wastewater.

7. SO7

   Conduct comprehensive techno-economic assessment (TEA), life cycle assessment (LCA) and safety evaluations.

8. SO8

   Maximize impact via communication, dissemination and exploitation management, and EIC Challenge Portfolio collaboration.

Quantified targets are shown in bold.