Matches in SemOpenAlex for { <https://semopenalex.org/work/W2969926286> ?p ?o ?g. }
- W2969926286 endingPage "134050" @default.
- W2969926286 startingPage "134050" @default.
- W2969926286 abstract "Membrane fouling in forward osmosis (FO) significantly affects water flux and membrane life, which restricts the further development of FO. In this work, carbon nanoparticles were blended in polyethersulfone (PES) to prepare a conductive thin film nanocomposite (TFN) FO membrane to control the membrane fouling in FO processes. The membrane containing 4 wt% carbon exhibited an optimum performance with water flux of 14.0 and 17.2 LMH for FO (active layer for FS) and PRO (active layer for DS) modes, respectively, using DI water as feed solution and 1 M NaCl as draw solution and electrical conductivity of 170.1 mS/m. Dynamic antifouling experiments showed that, compared with no voltage applied, the water flux decline of surface charged TFN-FO membrane was significantly retarded. For CaSO4, BSA and LYS as model contaminants, the water fluxes were improved by 31%, 13% and 7% under the voltages of +1.7 V, -1.7 V and +1.7 V, respectively. Moreover, the charged membrane is more effective in relieving the initial membrane fouling, and contaminant-contaminant interactions mechanism dominates the formation of further membrane fouling processes. Therefore, for contaminants with different charge conditions, customizing membrane surface charges is a feasible and promising approach for controlling membrane fouling in situ method." @default.
- W2969926286 created "2019-08-29" @default.
- W2969926286 creator A5003260877 @default.
- W2969926286 creator A5023806272 @default.
- W2969926286 creator A5033296587 @default.
- W2969926286 creator A5055603074 @default.
- W2969926286 creator A5056173247 @default.
- W2969926286 creator A5087126844 @default.
- W2969926286 date "2019-12-01" @default.
- W2969926286 modified "2023-10-14" @default.
- W2969926286 title "Conductive thin film nanocomposite forward osmosis membrane (TFN-FO) blended with carbon nanoparticles for membrane fouling control" @default.
- W2969926286 cites W1044297526 @default.
- W2969926286 cites W1418973400 @default.
- W2969926286 cites W186206320 @default.
- W2969926286 cites W1964007249 @default.
- W2969926286 cites W1968553657 @default.
- W2969926286 cites W1976186526 @default.
- W2969926286 cites W1994848067 @default.
- W2969926286 cites W1998475416 @default.
- W2969926286 cites W2012529996 @default.
- W2969926286 cites W2012849548 @default.
- W2969926286 cites W2014461669 @default.
- W2969926286 cites W2031883401 @default.
- W2969926286 cites W2033683384 @default.
- W2969926286 cites W2037838403 @default.
- W2969926286 cites W2046378679 @default.
- W2969926286 cites W2051330179 @default.
- W2969926286 cites W2054332503 @default.
- W2969926286 cites W2058265854 @default.
- W2969926286 cites W2059437295 @default.
- W2969926286 cites W2061151608 @default.
- W2969926286 cites W2070837552 @default.
- W2969926286 cites W2071579083 @default.
- W2969926286 cites W2083546755 @default.
- W2969926286 cites W2086713742 @default.
- W2969926286 cites W2114068290 @default.
- W2969926286 cites W2114897354 @default.
- W2969926286 cites W2153591330 @default.
- W2969926286 cites W2158916841 @default.
- W2969926286 cites W2167945968 @default.
- W2969926286 cites W2318111197 @default.
- W2969926286 cites W2508846472 @default.
- W2969926286 cites W2509615726 @default.
- W2969926286 cites W2535250082 @default.
- W2969926286 cites W2560052136 @default.
- W2969926286 cites W2592249483 @default.
- W2969926286 cites W2611193673 @default.
- W2969926286 cites W2664227071 @default.
- W2969926286 cites W2750824779 @default.
- W2969926286 cites W2757259928 @default.
- W2969926286 cites W2759887254 @default.
- W2969926286 cites W2763083353 @default.
- W2969926286 cites W2767943063 @default.
- W2969926286 cites W2769498330 @default.
- W2969926286 cites W2781832063 @default.
- W2969926286 cites W2782560167 @default.
- W2969926286 cites W2787405351 @default.
- W2969926286 cites W2791464552 @default.
- W2969926286 cites W2810620136 @default.
- W2969926286 cites W2887461277 @default.
- W2969926286 cites W2893979593 @default.
- W2969926286 cites W2901346868 @default.
- W2969926286 cites W2901588812 @default.
- W2969926286 cites W2902958397 @default.
- W2969926286 cites W2944857220 @default.
- W2969926286 cites W343855402 @default.
- W2969926286 cites W791828635 @default.
- W2969926286 cites W832120987 @default.
- W2969926286 doi "https://doi.org/10.1016/j.scitotenv.2019.134050" @default.
- W2969926286 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32380598" @default.
- W2969926286 hasPublicationYear "2019" @default.
- W2969926286 type Work @default.
- W2969926286 sameAs 2969926286 @default.
- W2969926286 citedByCount "34" @default.
- W2969926286 countsByYear W29699262862019 @default.
- W2969926286 countsByYear W29699262862020 @default.
- W2969926286 countsByYear W29699262862021 @default.
- W2969926286 countsByYear W29699262862022 @default.
- W2969926286 countsByYear W29699262862023 @default.
- W2969926286 crossrefType "journal-article" @default.
- W2969926286 hasAuthorship W2969926286A5003260877 @default.
- W2969926286 hasAuthorship W2969926286A5023806272 @default.
- W2969926286 hasAuthorship W2969926286A5033296587 @default.
- W2969926286 hasAuthorship W2969926286A5055603074 @default.
- W2969926286 hasAuthorship W2969926286A5056173247 @default.
- W2969926286 hasAuthorship W2969926286A5087126844 @default.
- W2969926286 hasConcept C115792997 @default.
- W2969926286 hasConcept C127413603 @default.
- W2969926286 hasConcept C130797344 @default.
- W2969926286 hasConcept C180461467 @default.
- W2969926286 hasConcept C185592680 @default.
- W2969926286 hasConcept C192562407 @default.
- W2969926286 hasConcept C41625074 @default.
- W2969926286 hasConcept C42360764 @default.
- W2969926286 hasConcept C55493867 @default.
- W2969926286 hasConcept C6047279 @default.
- W2969926286 hasConcept C81842627 @default.
- W2969926286 hasConcept C92880739 @default.