The pertinence of microwave irradiated coconut shell bio-sorbent for wastewater decolourization: structural morphology and adsorption optimization using the …
M Abdulsalam, H Che Man, A Isma Idris… - International Journal of …, 2018 - mdpi.com
Palm oil mill effluent contains carcinogenic coloured compounds that are difficult to separate
due to their aromatic structure. Though colour treatment using adsorption processes at lower
pH (< 4) have been reported effectual, due to its acidity the remediated effluent poses an
environmental hazard as a result. Thus, the current study focused on achieving
decolourization at neutral pH by enhancing the morphology of the coconut shell activated
carbon (CSAC) using N2 as activating-agent with microwave irradiation heating. The …
due to their aromatic structure. Though colour treatment using adsorption processes at lower
pH (< 4) have been reported effectual, due to its acidity the remediated effluent poses an
environmental hazard as a result. Thus, the current study focused on achieving
decolourization at neutral pH by enhancing the morphology of the coconut shell activated
carbon (CSAC) using N2 as activating-agent with microwave irradiation heating. The …
The pertinence of microwave irradiated coconut shell bio-sorbent for wastewater decolourization: structural morphology and adsorption optimization using the …
MA Mohammed Abdulsalam, HCM Hasfalina Che Man… - 2018 - cabidigitallibrary.org
Palm oil mill effluent contains carcinogenic coloured compounds that are difficult to separate
due to their aromatic structure. Though colour treatment using adsorption processes at lower
pH (< 4) have been reported effectual, due to its acidity the remediated effluent poses an
environmental hazard as a result. Thus, the current study focused on achieving
decolourization at neutral pH by enhancing the morphology of the coconut shell activated
carbon (CSAC) using N2 as activating-agent with microwave irradiation heating. The …
due to their aromatic structure. Though colour treatment using adsorption processes at lower
pH (< 4) have been reported effectual, due to its acidity the remediated effluent poses an
environmental hazard as a result. Thus, the current study focused on achieving
decolourization at neutral pH by enhancing the morphology of the coconut shell activated
carbon (CSAC) using N2 as activating-agent with microwave irradiation heating. The …
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