Difference between revisions of "User talk:Kevin Dunn"

From Separation Processes: 4M3
Jump to navigation Jump to search
m
m
Line 5: Line 5:




{{quote|A membrane operating with pure feed of water produced a flux of 0.20 \(\text{kg.s}^{-1}\text{.m}^{-2}\); this was with a pressure difference of 20kPa. When operated with a protein-water mixture at the same pressure difference, a flux of 0.04 \(\text{kg.s}^{-1}\text{.m}^{-2}\) was measured at steady state. What would be the expected flux for this same protein-water mixture, but at a pressure difference of 30kPa? }}
A membrane operating with pure feed of water produced a flux of 0.20 \(\text{kg.s}^{-1}\text{.m}^{-2}\); this was with a pressure difference of 20kPa. When operated with a protein-water mixture at \(\Delta P = 20\text{kPa} \), a flux of 0.04 \(\text{kg.s}^{-1}\text{.m}^{-2}\) was measured at steady state. What would be the expected flux for this same protein-water mixture, but at a pressure difference of 30kPa?

Revision as of 21:14, 4 October 2012


You are probably looking for http://learnche.mcmaster.ca


A membrane operating with pure feed of water produced a flux of 0.20 \(\text{kg.s}^{-1}\text{.m}^{-2}\); this was with a pressure difference of 20kPa. When operated with a protein-water mixture at \(\Delta P = 20\text{kPa} \), a flux of 0.04 \(\text{kg.s}^{-1}\text{.m}^{-2}\) was measured at steady state. What would be the expected flux for this same protein-water mixture, but at a pressure difference of 30kPa?

Retrieved from "https://learnche.org/wiki_4M3/index.php?title=User_talk:Kevin_Dunn&oldid=354"