… Activated carbon (AC) has found immense popularity due to easy synthesis routes, … for
pollutants removal, the role of activation techniques, pollutant specific modifications, regeneration …

… applied for the removal of water pollutants, using adsorption technology including batch …
of carbon regeneration involves desorption of the contaminants which are replaced by water…

… In this study, MnFe 2 O 4 supported activated carbon … contaminants in terms of practical
environmental remediation where the degradation of adsorbed pollutants and regeneration of …

… The second addresses regeneration based on decomposition of the pollutants adsorbed on
… the pollutants. Fig. 1 illustrates schematically the routes of the main regeneration techniques …

… In-situ chemical regeneration of granular activated carbon (… off-site thermal regeneration in
water treatment applications. The … contaminant remaining on the carbon after regeneration (…

… worsening water pollution and tightening of water quality … pollutants in the raw water is
different for different water resources. Therefore, we can use the regenerated AC to treat the water …

… required for the regeneration of the exhausted activated carbon. The annual cost required
for the regeneration of the activated carbon is 100 h90 H 80 l·Average 70 I regeneration 60 h …

… regeneration techniques is becoming increasingly expensive and environmentally unacceptable
since it serves only to transfer the contaminant … of dissolved water pollutants have been …

… secondary pollution to the environment. Thus, the regeneration of activated carbons seems
… In this work, the deactivation mechanism of activated carbons during adsorption or catalysis …

… of groundwater and surface water contamination by numerous toxic … are defined as emerging
contaminants as, for example, … from water are ozonation, adsorption on powdered activated …