Novel Photovoltaic Desalination System
Primary source of energy is solar illumination Channels formed in a PVD system Minimized operating costs Capacitive Electrical based system Reduced pore clogging Larger channel size reduces flow resistance Can be used with smaller pressures and pumps Lower energy consumption compared to traditional RO systems
Desalination of water systems
The World Health Organization estimates that 20% of the world’s population has inadequate access to drinking water. This becomes comprehensible when you consider the scarcity of portable water: 99.3% of total water is either too salty, or inaccessible (ice caps). In the search to expand access to permissible portable drinking water, desalination systems have become an area of growing interest. The current standard approach to desalination, called Reverse Osmosis (RO), has proved to be too costly in terms of energy consumption and operation cost to apply on a large scale. Researchers at the University of California Davis have developed a novel method of desalination which is integrated directly with a thin-film solar cell that provides enough energy to run the system without an external source. The integrated device utilizes the electric fields generated in a solar cell to tune the thickness of the electric double layer (EDL) that arises in nanopores during fluid flow. The EDL is then used to selectively reject ions passing through in order to achieve desalination. This system is an upgrade from current standard desalination system (RO) in that it reduces both energy and operation costs, making large scale deployment a possibility.
20160310899
Tech ID/UC Case 27328/2016-005-0 Related Cases 2016-005-0
美国
