0000000000306887

AUTHOR

Bogle I. D. L.

showing 2 related works from this author

Improving efficiency and discharge power of acid-base flow battery via a bi-objective optimisation

2023

OptimizationElectro-chemical energy storageBipolar membrane (reverse) electrodialysiFlow batteryRenewable Energy Sustainability and the EnvironmentBipolar membrane (reverse) electrodialysisEnergy Engineering and Power TechnologyIon-exchange membraneElectrical and Electronic EngineeringElectro-chemical energy storage Ion-exchange membrane Flow battery Bipolar membrane (reverse) electrodialysis Modelling OptimizationModellingJournal of Energy Storage
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Optimisation analysis of Reverse Electrodialysis systems for power production from concentrated brines

2016

Reverse Electrodialysis (RED) is rapidly growing as technology to produce electric energy by mixing saline solutions with different salinity. Recent developments have shown promising results on real site installations, demonstrating the feasibility of the RED process on the pilot scale. Therefore, further modelling efforts are now needed to optimise the technology, in order to enhance the performance. In this work, an optimisation study for the RED process is presented, taking into account saline waters and concentrated brine as feed streams. The model, which is developed within GAMS environment, predicts the optimal set of process variables that maximise the process yield, as well as the g…

ion exchange membraneelectrodialysibrine recoverySalinity gradient powerGAMSSalinity gradient power; process optimisation; ion exchange membrane; GAMS; electrodialysis; brine recoveryprocess optimisation
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