Seo, Yu Jin Han, Nara Kim, Hee Ju Choi, Ji Hee Koo, Hye Young Yu, Chengzhong Choi, Won San 2024-01-12T02:34:35Z 2024-01-12T02:34:35Z 2022-11-16 2022-12 2213-3437 https://pubs.kist.re.kr/handle/201004/75903 A scoop net equipped with an underwater anti-oil-fouling (AOF) filter was tested for the cleanup of low-sulfur fuel (LSF). An underwater AOF filter [fabric/oxidized carbon soot (O-CS)/polyvinyl alcohol-Konjac glu-commannan (PVA-KGM)] possessing a partially dissoluble surface was prepared by the stepwise coating of O-CS and PVA/KGM onto different fabrics. The effects of the molecular weight (MW) of PVA, thickness of the filter, and water temperature on the underwater AOF performance of the filter were investigated. Since the fabric (3 mm)/O-CS/L-PVA-KGM filter showed the highest water absorption capacity (6.23 g/g) and water content (96.4%) after 1 h, this filter showed the lowest amount of residual LSF (Abs: 0.004 at 275 nm) and the best long-term AOF stability after 30 cycles at 20 degrees C. This filter still showed excellent AOF performance (Abs: 0.008 at 275 nm) and high flux (66,793 L/m2h) at 4 degrees C due to high water absorption capacity/contents and large pores/ relatively long multichannels, respectively. English Elsevier BV A scoop net equipped with an underwater anti-oil-fouling filter for fast cleanup of low-sulfur fuel at low temperature Article 10.1016/j.jece.2022.108826 1 Journal of Environmental Chemical Engineering, v.10, no.6 Journal of Environmental Chemical Engineering 10 6 N scie scopus 000881131700004 Engineering, Environmental Engineering, Chemical Engineering Article SUPERHYDROPHILIC SURFACES WATER MEMBRANE SEPARATION ADHESION DESIGN COLLECTION RESISTANCE EFFICIENT HYDROGEL Low sulfur fuel Oil water separation Superhydrophilicity Underwater superoleophobicity