Project Details
Description
the project will concentrate on exploring the potential of emerging water reuse concepts and
technologies, including, but not restricted to, graphene-based treatment technologies and advanced photocatalytic processes, to provide
clean and safe water for military personnel in various (often harsh) operational environments. The project also addresses the issue of
energy demands for these novel technologies, identifying opportunities to optimally couple water and energy systems, enabling demand
side management capabilities, thus resulting to increased efficiency and resilience for both.
technologies, including, but not restricted to, graphene-based treatment technologies and advanced photocatalytic processes, to provide
clean and safe water for military personnel in various (often harsh) operational environments. The project also addresses the issue of
energy demands for these novel technologies, identifying opportunities to optimally couple water and energy systems, enabling demand
side management capabilities, thus resulting to increased efficiency and resilience for both.
| Short title or EU acronym | S.W.I.F.T |
|---|---|
| Acronym | EUAR228 |
| Status | Active |
| Effective start/end date | 1/06/25 → 30/11/28 |
Keywords
- Autonomous water cycle management for deployed units
- Water treatment & reuse innovations
- Militarization of Environmental Technologies
- Health & Safety
- Digital Twin & AI Technologies
- Logistical Support
Flemish discipline codes in use since 2023
- Water engineering not elsewhere classified