Assisted reverse electrodialysis (ARED) was introduced as a pre-desalination technique for seawater reverse osmosis (RO) for drinking water production. ARED is comparable to an additional applied pressure along the osmotic pressure in pressure assisted osmosis; a small voltage is applied in the same direction as the open cell voltage to increase the desalination speed compared to reverse electrodialysis (RED). This decreases the required membrane area. The concentration of the dilute compartment increases significantly during ARED operation due to the increased speed of desalination. This results in an overall decrease in total cell resistance. Although the energy demand for ARED is higher than for RED, the ARED-RO process still achieves a ...
The demand is rising for desalination technologies to treat highly saline brines arising from hydrau...
Although seawater reverse osmosis (SWRO) is currently the only non-thermal desalination process in p...
With huge demands for potable water in regions lacking fresh water sources such as surface or ground...
Assisted reverse electrodialysis (ARED) was introduced as a pre-desalination technique for seawater ...
Although seawater reverse osmosis (RO) is nearing its thermodynamic minimum energy limit, it is stil...
Supplying fresh, potable water to an ever increasing world population is becoming a major challenge....
The need to reduce energy consumption in seawater Reverse Osmosis (RO) process has pushed research t...
This paper introduces a novel concept for a hybrid desalination system that combines reverse electro...
Reverse osmosis (RO) is the most widespread technology to produce drinking water from seawater (SW)....
The need to reduce energy consumption in seawater reverse osmosis processes has pushed research tow...
The suitability of ED for seawater desalination was investigated and we quantified the energy losses...
AbstractDesalination process separates nearly salt free water from sea or brackish water. So, desali...
A huge potential to obtain clean energy exists from mixing water streams with different salt concent...
The demand is rising for desalination technologies to treat highly saline brines arising from hydrau...
Although seawater reverse osmosis (SWRO) is currently the only non-thermal desalination process in p...
With huge demands for potable water in regions lacking fresh water sources such as surface or ground...
Assisted reverse electrodialysis (ARED) was introduced as a pre-desalination technique for seawater ...
Although seawater reverse osmosis (RO) is nearing its thermodynamic minimum energy limit, it is stil...
Supplying fresh, potable water to an ever increasing world population is becoming a major challenge....
The need to reduce energy consumption in seawater Reverse Osmosis (RO) process has pushed research t...
This paper introduces a novel concept for a hybrid desalination system that combines reverse electro...
Reverse osmosis (RO) is the most widespread technology to produce drinking water from seawater (SW)....
The need to reduce energy consumption in seawater reverse osmosis processes has pushed research tow...
The suitability of ED for seawater desalination was investigated and we quantified the energy losses...
AbstractDesalination process separates nearly salt free water from sea or brackish water. So, desali...
A huge potential to obtain clean energy exists from mixing water streams with different salt concent...
The demand is rising for desalination technologies to treat highly saline brines arising from hydrau...
Although seawater reverse osmosis (SWRO) is currently the only non-thermal desalination process in p...
With huge demands for potable water in regions lacking fresh water sources such as surface or ground...