Synthesis of activated carbon fiber from pyrolyzed cotton for adsorption of fume pollutants

In this study, we have synthesized and applied the activated carbon fibbers from pyrolyzed cotton to adsorp fume pollutants. The activated carbon fibbers from cotton were synthesized using an oven with simple heating method at low carbonization temperature. The cotton was successfully turned into ca...

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Published in:Journal of physics. Conference series 2018-05, Vol.1013 (1), p.12200
Main Authors: Nuryantini, A Y, Rahayu, F, Mahen, E C S, Sawitri, A, Nuryadin, B W
Format: Article
Language:English
Subjects:
Activated carbon
Carbon fibers
Carbonization
Cotton
Functional groups
Morphology
Physics
Pollutants
Synthesis
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Rahayu, F
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Nuryadin, B W
description In this study, we have synthesized and applied the activated carbon fibbers from pyrolyzed cotton to adsorp fume pollutants. The activated carbon fibbers from cotton were synthesized using an oven with simple heating method at low carbonization temperature. The cotton was successfully turned into carbon within four hours at carbonization temperature of 250°C. The reults showed that activation process using KOH and NaOH significantly affected the functional groups, morphology, diameter, and porosity of the activated carbon fibbers.
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subjects Activated carbon
Carbon fibers
Carbonization
Cotton
Functional groups
Morphology
Physics
Pollutants
Synthesis
title Synthesis of activated carbon fiber from pyrolyzed cotton for adsorption of fume pollutants
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