Low-Energy, Faradaic Desalination & Water Purification Systems for Remote Applications
Abstract
The research project aims to develop faradaic materials capable of low-energy water purification and desalination in compact systems for remote applications. This research seeks to resolve the sluggish ion kinetics occurring at the electrode-electrolyte interfaceand to engineer new faradaic nanomaterial composites possessing high ion fluxes. The longevity of these electrodes will be evaluated as part of the project. Finally, a prototypical desalination system integrating a solar energy harvesting sub-system will be designed and constructed. The research can potentially increase the survivability of seafarers in the event of a disaster, improve water filtration systems onboard ships and provide water solutions during expeditions. The research most closely aligns with #Electrochemical Materials# under the ONR Technology and Research framework. The outcomes of this project are at least three journal papers, a conference presentation, a research landscape article and a prototypical desalination system.
Document Details
- Document Type
- DoD Grant Award
- Publication Date
- Apr 10, 2025
- Source ID
- N629092512040
Entities
People
- Hui Ying Yang
Organizations
- Office of Naval Research
- Singapore University of Technology and Design
- United States Navy