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The maximum removal yields were obtained at flow rates of 0.5 and 1.0 mL/min (p > 0.05).
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The maximum removal yield of 67.34% TPH and 53.27% Cr (VI) reductions were achieved, respectively, with around 40 g (or 200,000 mg/kg) of pig manure and 4 g (or 20,000 mg/kg) of NPK fertilizer.
It was determined that the optimum conditions of 20.32 h, 0.8 g CCB, pH 4.0, and 30 °C would yield a maximum removal of COD of 73.34%.
Treatment parameters (i.e.; flow rate, coagulant dosage, pH and injection time) were optimized via response surface methodology (RSM) using central composite design (CCD) to yield the maximum removal of turbidity, chemical oxygen demand (COD), color and ammonia nitrogen (NH3-N).
Highest timber yields were obtained with 10 yr cutting cycles and a maximum removal of 20 stems ha−1, though sustainable yields only resulted from lowering the MFD to 30 cm.
On oxidation, the maximum removal of total sulfur and mineral matters (ash yield) of the coal samples are found to be 37.36 % and 13.89 % respectively.
The maximum removal rate of carbon is 93.20 ± 0.05%.
Maximum removal was typically at 50 m of buffer width.
Maximum removal efficiency was perceived at acidic pH value 3.
Under these conditions, maximum removal% of quinalphos was obtained 96.31%.
It is possible that maximum removal will be achieved during UK summer months of June, July and August.
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