Insights into mechanisms of novel engineered biochar derived from neem chips via iron catalyst for the removal of methyl orange from aqueous phase
L Sunthar, T Asharp, K Nadarajah - Water, Air, & Soil Pollution, 2023 - Springer
Methyl orange (MO) is a toxic dye used in many industrial processes. The removal of MO is
considered expensive by the sophisticated treatment methods. Hence, there is a need for
the discovery of novel methods for removing MO from polluted water. Therefore, this study
was aimed at understanding the scientific insights into the adsorption mechanism of novel
engineered biochar derived from neem chips via catalytic conversion with FeCl3 for the MO
removal. This is the first report describing the use of novel engineered biochar derived from …
considered expensive by the sophisticated treatment methods. Hence, there is a need for
the discovery of novel methods for removing MO from polluted water. Therefore, this study
was aimed at understanding the scientific insights into the adsorption mechanism of novel
engineered biochar derived from neem chips via catalytic conversion with FeCl3 for the MO
removal. This is the first report describing the use of novel engineered biochar derived from …
Insights into Mechanisms of Novel Engineered Biochar Derived from Neem Chips via Iron Catalyst for the Removal of Methyl Orange from Aqueous Phase
S Loveciya, A Thusalini, N Kannan - 2023 - 192.248.56.27
Methyl orange (MO) is a toxic dye used in many industrial processes. The removal of MO is
considered expensive by the sophisticated treatment methods. Hence, there is a need for
the discovery of novel methods for removing MO from polluted water. Therefore, this study
was aimed at understanding the scientific insights into the adsorption mechanism of novel
engineered biochar derived from neem chips via catalytic conversion with FeCl3 for the MO
removal. This is the first report describing the use of novel engineered biochar derived from …
considered expensive by the sophisticated treatment methods. Hence, there is a need for
the discovery of novel methods for removing MO from polluted water. Therefore, this study
was aimed at understanding the scientific insights into the adsorption mechanism of novel
engineered biochar derived from neem chips via catalytic conversion with FeCl3 for the MO
removal. This is the first report describing the use of novel engineered biochar derived from …
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