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Exact(14)
The maximum removal efficiencies of Ni and Pb in real samples were 68.81 and 70.04%.
The maximum removal efficiencies of NH4+-N, TN, and COD were respectively 98%, 88%, and 95%.
At the optimum conditions, the maximum removal efficiencies of AB1 achieved for C. indica and G. persica were 90.76 and 98.18%, respectively.
In order to get maximum removal efficiencies and minimum energy consumption, electrochemical Fenton method was found more effective than electrochemical oxidation during this study.
The results indicated that 3DCEF MBR represented high efficiencies in eliminating COD and total organic carbon, giving the maximum removal efficiencies of 80%and75%5%, respectively.
The C. simplex and C. curvisetus showed maximum removal efficiencies of nitrate by 97.86 and 91.62 % and phosphate by 98.5 and 100%%, respectively when urea used as nitrogen source than ammonia.
Similar(46)
Maximum removal efficiency was perceived at acidic pH value 3.
The predicted maximum removal efficiency of DBT by CNPs was 83%%.
An optimum pH is generally required to be established to achieve maximum removal efficiency.
However, 63.87% of norfloxacin maximum removal efficiency was achieved mainly by sorption.
A significant quadratic model was achieved with the maximum removal efficiency of 93% within investigated intervals.
More suggestions(14)
limited removal efficiencies
maximum removal rates
maximum energy efficiencies
maximum decomposition efficiencies
maximum quantum efficiencies
maximum conversion efficiencies
maximum coupling efficiencies
maximum formation efficiencies
maximum gasification efficiencies
maximum inhibition efficiencies
maximum power efficiencies
maximum photoconversion efficiencies
maximum microencapsulation efficiencies
maximum luminance efficiencies
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