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The TAT technique was successful in removing the copper from 75% of the soil with the highest removal of 92% occurring near the anode.
Most of the organic matter was removed under acidic condition for both the oxidants and the highest removal of 37 % was obtained using KMnO4 at pH 3. A slightly higher removal (41 %) was obtained using H2O2 at pH 2. At pH 5, the removal of COD was about 23%% for both oxidants.
The highest removal of adsorbate was achieved at 30 °C in both the cases.
At dosage of 100 mL, highest removal of NH3 N was achieved at 57.21 %.
According to them, the highest removal of nitrate was achieved by Polyaniline/MWCNTs nanocomposite [20].
So, the highest removal of As V) was found to be at pH 9.0.
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In contrast, normal pH of leachate leads to higher removal of COD which comprises of 76.8 %.
The addition of supplemental glucose enabled the faster and quantitatively higher removal of hydroxymethylfurfural (HMF).
This resulted in destabilizing chlorpyrifos residue levels on the lettuce resulting in higher removal of chlorpyrifos.
Generally, small size particle provides large surface area for adsorption resulting higher removal of pollutant.
HF CWs provide high removal of organics and suspended solids but removal of nutrients is low.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com