Enhancing the osmotic energy conversion of a nanoporous membrane: influence of pore density, pH, and temperature
Ding-Cheng Zheng, Jyh‐Ping Hsu
Abstract
= -1 bar at pH 11 and 323 K, where a net positive power density can be retrieved. The performance of the system considered under various conditions is examined in detail, along with associated mechanisms.
Topics & Concepts
Osmotic powerNanoporousGibbs free energyChemical engineeringMixing (physics)MembranePower densityReversed electrodialysisChemistryIonMaterials scienceThermodynamicsChemical physicsNanotechnologyPower (physics)Organic chemistryForward osmosisBiochemistryReverse osmosisElectrodialysisEngineeringPhysicsQuantum mechanicsNanopore and Nanochannel Transport StudiesMembrane-based Ion Separation TechniquesFuel Cells and Related Materials