Suggestions(1)
Exact(18)
In addition to that, excess amount of an oxidant can lead to decrease in removal efficiency as reported by Wang et al. (2000).
As shown in Fig. 6, the presence of examined metals with a concentration of 100 mg L−1 only caused a 10 20 mg L−1 decrease in removal rate of Pb II).
There was a slight decrease in removal efficiency after 5 g L−1 adsorbent dosage.
The decrease in removal may be attributed due to saturation of sorption sites on the adsorbent as the concentration of dye increases (Tan et al. 2010).
The results indicated that a slight decrease in removal efficiency was observed at different buffer volume (pH 5 and 20 mg of MIONs).
Furthermore, the stability and reusability of the synthesized catalysts were studied and demonstrated only 3% decrease in removal efficiency after five cycles.
Similar(42)
Moreover, an increase in upflow velocity of EGSB reactor could slightly increase COD and BOD removal efficiencies; however, did slightly decrease in SS removal efficiency.
These two factors cumulatively decrease electrostatic attraction while increasing repulsion that leads to decrease in As V) removal at higher pH.
Exported nutrient load increased in the downstream direction and coincided with decreased in-stream nutrient removal, probably worsened by the significant chemical and geomorphological impairment found in the lower parts of the watershed.
This leads to decrease in the percentage removal of the dye.
Increase in ionic strength led to decrease in the percentage removal efficiency from 95.82 to 73.49 % and the quantity adsorbed also decreased from 47.91 to 36.75 mg/g.
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