Impact of multivalent ions on osmotic power generation in a bipolar conical pore: a numerical analysis based on modified electrokinetic models | Synapse
March 26, 2026
Impact of multivalent ions on osmotic power generation in a bipolar conical pore: a numerical analysis based on modified electrokinetic models
Key Points
The research investigates how multivalent ions influence osmotic power generation in conical pores using modified electrokinetic models.
Numerical analysis of power generation mechanisms in microfluidic systems
Application of modified electrokinetic models
Focus on the effects of different multivalent ion concentrations
Enhanced power generation observed with specific multivalent ions
Performance varies significantly with ion type and concentration
Supported the viability of salinity gradient for energy harvesting applications
Abstract
Energy harvesting based on a salinity gradient is established to be a promising technique for power generation in microfluidic systems used in healthcare and other devices. We have demon- strated...