What can scaling lead to?
What does biofilm do?
What is the pore size of the ultrafiltration membrane technology?
If membrane integrity has been compromised, how can it be detected ?
What does the air-scouring cycle do?
Why are many industries conservative in their approach to water reuse?
Test results
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Q: What can scaling lead to?
A: Increased energy consumption
Q: What can scaling lead to?
A: Increased concentration of chemicals
Q: What can scaling lead to?
A: Increased water pressure in the pipes
Q: What does biofilm do?
A: It reduces the capacity of the cooling tower
Q: What does biofilm do?
A: It leads to an overdosing of chemicals
Q: What does biofilm do?
A: It leads to scaling
Q: What is the pore size of the ultrafiltration membrane technology?
A: 0.01 micrometers
Q: What is the pore size of the ultrafiltration membrane technology?
A: 0.005 micrometers
Q: What is the pore size of the ultrafiltration membrane technology?
A: 0.3 micrometers
Q: If membrane integrity has been compromised, how can it be detected ?
A: By measuring the concentrate pressure
Q: If membrane integrity has been compromised, how can it be detected ?
A: No permeated water comes out
Q: If membrane integrity has been compromised, how can it be detected ?
A: Permeate conductivity increases
Q: What does the air-scouring cycle do?
A: It loosens particulates deposited on the outside of the membrane surface
Q: What does the air-scouring cycle do?
A: It increases cleaning effectiveness by adding chemicals
Q: What does the air-scouring cycle do?
A: It cleans the membrane by pumping ultrafiltered water in the opposite direction
Q: Why are many industries conservative in their approach to water reuse?
A: They are concerned about whether the technology works
Q: Why are many industries conservative in their approach to water reuse?
A: They find the initial costs too expensive