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Furthermore, the performance of the new dual stage PRO design was higher than that of the old dual stage PRO process.
Power density in the new dual stage PRO design was 17.4% higher than that in the old dual stage PRO design.
It was also found that the specific power consumption of the new PRO design was about 8% less than that of the old PRO design.
The old dual stage PRO design was modified to enhance the process performance.
Mainly, this was attributed to the higher membrane flux in the modified PRO design.
Finally, the results also showed that for a given plant capacity, the membrane elements required in the new PRO design were less than that in the old PRO design.
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In terms of power generation, the RO-PRO design was more efficient than the PRO-RO design.
At 10 g/L feed concentration, the net power consumption in the FO-RO was 9.4% less than that in the PRO-RO which was in turn 5.3% less than that in the RO-PRO design.
Pros: designs very precise and very pretty clothes that have proved popular with royalty and first ladies.
The FO-RO design exhibited the lowest desalination power consumption followed by the PRO-RO and RO-PRO designs respectively.
The FO-RO design produced the lowest RO permeate concentration followed by the PRO-RO and RO-PRO designs respectively.
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