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In the EC process, a low concentration of total chlorine species (up to 0.45 mg/L) resulting from the oxidation of chloride anions was formed, which promoted the removal of microorganisms, even though these were mainly removed by the coupled effects of the electric field and the bacteria entrapment in hydroxide flocs.
PAHs were mainly removed from the sludge by degradation rather than evaporation with this application.
In the coal preparation, the individual minerals particles, which are always visible from optical microscopy, were mainly removed while the minerals associated with the organic matters can't be liberated.
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Arsenic ions are mainly removed by iron hydroxides and F− ions are mainly removed by the Al oxides.
In primary treatment, solids are mainly removed mechanically from untreated sewage.
Additionally, the conventional systems have a larger settling stage, and phosphates are mainly removed by sedimentation.
Under SS, TN was mainly removed by sedimentation coupled with nitrification/denitrification, while under NS, it was mainly through sedimentation.
The materials are mainly removed by the cutting state in this condition resulting in good surface quality.
Furthermore, it indicated that Fe was mainly removed as Fe(OH 3, goethite, and jarosite whereas Al was removed as basaluminite, boehmite and jurbanite, Al(OH 3, gibbsite and diaspore.
These results suggest that TC was mainly removed by photodegradation whereas biodegradation or hydrolysis process seems to be significant processes for OTC.
It is indicated that within these feeds, materials are mainly removed by the cutting state with a relatively large attack angle, which is able to effectively remove material, and nanochannels with good quality can be achieved in these conditions.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com