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The highest removal efficiency was achieved at pH 2.0 in the adsorption.
It can be observed that the highest removal efficiency was obtained using the PEF/TiO2 process.
Hexane exhibited the lowest removal efficiency, while diethyl ether displayed the highest removal efficiency.
The highest removal efficiency was shown by alum/chitin with 1 5 ratio at pH 7 (Figure 12).
AC2 has the highest removal efficiency, 97.4 % in 4 ppm concentration of Pb II) and percentage yield of 62.73 %.
The highest removal efficiency, 295.1 mg g−1, was observed when using QCNF-3 at a low monovalent salt concentration.
Similar(29)
Finally, the highest metabolite accumulation corresponded with the highest removal efficiencies but not with high H2 productivities and yields.
These SLACs also achieved the highest removal efficiencies of Cd2+, Cu2+ and Zn2+ ions from aqueous solutions.
Highest removal efficiencies of 81.51 % (TD), 74.36 % (COD) and 70.86 % (BOD) were achieved at electrode area of 160 and at 2.5 cm inter-electrode distance.
Considering the highest removal efficiencies, particularly for COD, pH 3.9 was selected as the best initial pH condition for the present application.
But still, there lies a big challenge to develop biosorbents to remove arsenic with high removal efficiency, inexpensive and well-explained biosorption mechanism.
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