Energy production, recovery & storage:
Identifying and understanding limiting phenomena
- Batteries
- H2
- Heat
- Salinity gradient
- etc.
What role can microfluidics play in meeting energy and environmental challenges?
Join esteemed researchers from academia and industry experts to engage in high-level discussions on how tiny flows of liquids can tackle big issues.
Using microfluidics to meet energy and environmental challenges
Industry
Decarbonization
- CO2 storage
- H2
- Process optimization/intensification
- Energy efficiency
- etc.
Water resources
Management
- Pollutant identification
- Water pollution remediation
- Water quality monitoring (urban and industrial networks)
- Level control
- etc.
