Water Potential Osmosis Experiment Video
Water Potential Osmosis Experiment.
Get e-Alerts Abstract A graphene oxide membrane GOM has the potential to be used in forward osmosis FO because it has a high water permeability and low reverse salt flux. To explore suitable applications, we initiated the investigation of Water Potential Osmosis Experiment forward solute transport through a freestanding GOM in FO.
Our results showed that the freestanding GOM has a better separation performance for multivalent ions than the monovalent ions in the FO mode. We found an information gap between the calculated and experimental forward solute flux values, especially when charged solutes were used in the feed solution and the electrical double layer EDL was thick.
Lab Report On Diffusion And Osmosis - Diffusion and osmosis (video) | Khan Academy
We propose that the EDL inside the GOM has a screening effect on the Osmpsis ion transport during FO, even in the presence of relatively high water flux. According to our analysis, the forward solute transport for charged solutes is governed by steric exclusion and interfacial Donnan exclusion as well as EDL screening along the nanochannels inside the membrane.
Our study provides guidance for the future use of the freestanding GOM during FO for water and wastewater treatment.]
You are not right. I am assured. Write to me in PM.
It is remarkable, it is the valuable information
Interesting theme, I will take part. Together we can come to a right answer. I am assured.
The excellent answer
Exclusive delirium, in my opinion