Temperature: As seawater temperature increases as a resulting in a slight increase in Membrane pore size allows the water to flow more easily through the RO membrane, which increases the permeate flow rate (production increase ) but conductivity also increase (quality decrease ) and vice versa. Pressure: Higher sea water pressure enables higher recovery rates by improving the efficiency of salt rejection and water permeation. This means a larger portion of the feed water is converted into permeate, resulting in a higher production quantity.
Excellent presentation sir🤝🤝
Good video... Can you tell please what is the effect of sea water temperature and pressure on permeate quality and production?
Thanks.
Temperature: As seawater temperature increases as a resulting in a slight increase in Membrane pore size allows the water to flow more easily through the RO membrane, which increases the permeate flow rate (production increase ) but conductivity also increase (quality decrease ) and vice versa.
Pressure: Higher sea water pressure enables higher recovery rates by improving the efficiency of salt rejection and water permeation. This means a larger portion of the feed water is converted into permeate, resulting in a higher production quantity.
@@ENDLESSLEARNING555 Thanks for such a detailed explanation... Keep it up.