@article{ART002103828},
author={PARK, HOSEOK and Sung-Oong Kang},
title={Sorption behavior of slightly reduced, three-dimensionally macroporous graphene oxides for physical loading of oils and organic solvents},
journal={Carbon Letters},
issn={1976-4251},
year={2016},
volume={18},
pages={24-29}
TY - JOUR
AU - PARK, HOSEOK
AU - Sung-Oong Kang
TI - Sorption behavior of slightly reduced, three-dimensionally macroporous graphene oxides for physical loading of oils and organic solvents
JO - Carbon Letters
PY - 2016
VL - 18
IS - null
PB - Korean Carbon Society
SP - 24
EP - 29
SN - 1976-4251
AB - High pollutant-loading capacities (up to 319 times its own weight) are achieved by three-dimensional (3D) macroporous, slightly reduced graphene oxide (srGO) sorbents, which are prepared through ice-templating and consecutive thermal reduction. The reduction of the srGO is readily controlled by heating time under a mild condition (at 1 10–2 Torr and 200°C). The saturated sorption capacity of the hydrophilic srGO sorbent (thermally reduced for 1 h) could not be improved further even though the samples were reduced for 10 h to achieve the hydrophobic surface. The large meso- and macroporosity of the srGO sorbent, which is achieved by removing the residual water and the hydroxyl groups, is crucial for achieving the enhanced capacity. In particular, a systematic study on absorption parameters indicates that the open porosity of the 3D srGO sorbents significantly contributes to the physical loading of oils and organic solvents on the hydrophilic surface. Therefore, this study provides insight into the absorption behavior of highly macroporous graphene-based macrostructures and hence paves the way to development of promising next-generation sorbents for removal of oils and organic solvent pollutants.
KW - porous carbon;graphene;nanostructures;surfaces;adsorption
DO -
UR -
ER -
PARK, HOSEOK and Sung-Oong Kang. (2016). Sorption behavior of slightly reduced, three-dimensionally macroporous graphene oxides for physical loading of oils and organic solvents. Carbon Letters, 18, 24-29.
PARK, HOSEOK and Sung-Oong Kang. 2016, "Sorption behavior of slightly reduced, three-dimensionally macroporous graphene oxides for physical loading of oils and organic solvents", Carbon Letters, vol.18, pp.24-29.
PARK, HOSEOK, Sung-Oong Kang "Sorption behavior of slightly reduced, three-dimensionally macroporous graphene oxides for physical loading of oils and organic solvents" Carbon Letters 18 pp.24-29 (2016) : 24.
PARK, HOSEOK, Sung-Oong Kang. Sorption behavior of slightly reduced, three-dimensionally macroporous graphene oxides for physical loading of oils and organic solvents. 2016; 18 24-29.
PARK, HOSEOK and Sung-Oong Kang. "Sorption behavior of slightly reduced, three-dimensionally macroporous graphene oxides for physical loading of oils and organic solvents" Carbon Letters 18(2016) : 24-29.
PARK, HOSEOK; Sung-Oong Kang. Sorption behavior of slightly reduced, three-dimensionally macroporous graphene oxides for physical loading of oils and organic solvents. Carbon Letters, 18, 24-29.
PARK, HOSEOK; Sung-Oong Kang. Sorption behavior of slightly reduced, three-dimensionally macroporous graphene oxides for physical loading of oils and organic solvents. Carbon Letters. 2016; 18 24-29.
PARK, HOSEOK, Sung-Oong Kang. Sorption behavior of slightly reduced, three-dimensionally macroporous graphene oxides for physical loading of oils and organic solvents. 2016; 18 24-29.
PARK, HOSEOK and Sung-Oong Kang. "Sorption behavior of slightly reduced, three-dimensionally macroporous graphene oxides for physical loading of oils and organic solvents" Carbon Letters 18(2016) : 24-29.
