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They found that E. coli was able to remove Pb and Cu with removal percentage of 45% and 62% respectively.
While E. acrogens was able remove Cd and Cu with removal percentage of 44 and 34% respectively.
P. aeruginosa was able to remove Cd, Ni and Co with removal percentage of 56, 34 and 53% respectively.
Predicted response (removal percentage).
The fluoride removal percentage was calculated as discussed in Sect.
The Co II) removal percentage decreased with increasing surface loadings.
The results indicated that by increasing contact time, pH and adsorbent dosage, the removal percentage increased, but by increasing the initial MG concentration, the removal percentage decreased.
The ageing of dye affects the removal percentage of the dye.
The maximum obtained removal percentage for Zn and Ni were 99.996 and 96.87, respectively.
The response was the phosphorus removal percentage and, under some experimental conditions, chromium loss.
Also, the total As III) removal percentage increased with the increase in bed depth.
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