[PDF][PDF] Electrochemical degradation of reactive orange 16 by using charcoal-based metallic composite electrodes
The performance of charcoal composite electrodes, by using commercial activated charcoal
and charcoals from coconut trunk, mangrove wood, rubber wood, and sugarcane, was
compared in an attempt to fabricate effective and low cost electrodes for wastewater
treatment in textile industries. Reactive Orange 16 was chosen as a model dye because of
its high resistance towards conventional treatment methods, while sodium chloride was
selected as a supporting electrolyte. The electrode efficiencies were determined based on …
and charcoals from coconut trunk, mangrove wood, rubber wood, and sugarcane, was
compared in an attempt to fabricate effective and low cost electrodes for wastewater
treatment in textile industries. Reactive Orange 16 was chosen as a model dye because of
its high resistance towards conventional treatment methods, while sodium chloride was
selected as a supporting electrolyte. The electrode efficiencies were determined based on …
Electrochemical Degradation of Reactive Orange 16 by using Charcoal-Based Metallic Composite Electrodes (Penguraian Elektrokimia Reaktif Oren 16 …
ZUZ AKARIA, MOROO THMAN, SITIZUH ASAN… - Sains …, 2019 - ukm.edu.my
The performance of charcoal composite electrodes, by using commercial activated charcoal
and charcoals from coconut trunk, mangrove wood, rubber wood, and sugarcane, was
compared in an attempt to fabricate effective and low cost electrodes for wastewater
treatment in textile industries. Reactive Orange 16 was chosen as a model dye because of
its high resistance towards conventional treatment methods, while sodium chloride was
selected as a supporting electrolyte. The electrode efficiencies were determined based on …
and charcoals from coconut trunk, mangrove wood, rubber wood, and sugarcane, was
compared in an attempt to fabricate effective and low cost electrodes for wastewater
treatment in textile industries. Reactive Orange 16 was chosen as a model dye because of
its high resistance towards conventional treatment methods, while sodium chloride was
selected as a supporting electrolyte. The electrode efficiencies were determined based on …
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