Adsorptive behavior of engineered biochar/hydrochar for tetracycline removal from synthetic wastewater
Y Jeganathan, T Asharp, K Nadarajah - Environmental Pollution, 2024 - Elsevier
In this research, engineered biochar and hydrochar derived from paddy husk were
compared for the adsorption tetracycline (TC) in water effluents. Biochar was produced at
three different pyrolysis temperatures (eg, 250° C, 300° C and 350° C) while hydrochar was
produced using three different HTC temperatures (eg, 180° C, 200° C and 220° C). The
adsorptive experiments were performed for both biochar and hydrochar using well-defined
experimental conditions: pH (3); initial TC concentration (10 mg/L); adsorbent dosage (1 …
compared for the adsorption tetracycline (TC) in water effluents. Biochar was produced at
three different pyrolysis temperatures (eg, 250° C, 300° C and 350° C) while hydrochar was
produced using three different HTC temperatures (eg, 180° C, 200° C and 220° C). The
adsorptive experiments were performed for both biochar and hydrochar using well-defined
experimental conditions: pH (3); initial TC concentration (10 mg/L); adsorbent dosage (1 …
Adsorptive behavior of engineered biochar/hydrochar for tetracycline removal from synthetic wastewater
J Yanushiya, A Thusalini, N Kannan - 2024 - 192.248.56.27
In this research, engineered biochar and hydrochar derived from paddy husk were
compared for the adsorption tetracycline (TC) in water effluents. Biochar was produced at
three different pyrolysis temperatures (eg, 250° C, 300° C and 350° C) while hydrochar was
produced using three different HTC temperatures (eg, 180° C, 200° C and 220° C). The
adsorptive experiments were performed for both biochar and hydrochar using well-defined
experimental conditions: pH (3); initial TC concentration (10 mg/L); adsorbent dosage (1 …
compared for the adsorption tetracycline (TC) in water effluents. Biochar was produced at
three different pyrolysis temperatures (eg, 250° C, 300° C and 350° C) while hydrochar was
produced using three different HTC temperatures (eg, 180° C, 200° C and 220° C). The
adsorptive experiments were performed for both biochar and hydrochar using well-defined
experimental conditions: pH (3); initial TC concentration (10 mg/L); adsorbent dosage (1 …
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