Matches in SemOpenAlex for { <https://semopenalex.org/work/W2912656462> ?p ?o ?g. }
- W2912656462 endingPage "136" @default.
- W2912656462 startingPage "136" @default.
- W2912656462 abstract "Water hardness not only constitutes a significant hazard for the functionality of water infrastructure but is also associated with health concerns. Commonly, water hardness is tackled with synthetic ion-exchange resins or membranes that have the drawbacks of requiring the awkward disposal of saturated materials and being based on fossil resources. In this work, we present a renewable nanopaper for the purpose of water softening prepared from phosphorylated TEMPO-oxidized cellulose nanofibrils (PT-CNF). Nanopapers were prepared from CNF suspensions in water (PT-CNF nanopapers) or low surface tension organic liquids (ethanol), named EPT-CNF nanopapers, respectively. Nanopaper preparation from ethanol resulted in a significantly increased porosity of the nanopapers enabling much higher permeances: more than 10,000× higher as compared to nanopapers from aqueous suspensions. The adsorption capacity for Ca2+ of nanopapers from aqueous suspensions was 17 mg g−1 and 5 mg g−1 for Mg2+; however, EPT-CNF nanopapers adsorbed more than 90 mg g−1 Ca2+ and almost 70 mg g−1 Mg2+. The higher adsorption capacity was a result of the increased accessibility of functional groups in the bulk of the nanopapers caused by the higher porosity of nanopapers prepared from ethanol. The combination of very high permeance and adsorption capacity constitutes a high overall performance of these nanopapers in water softening applications." @default.
- W2912656462 created "2019-02-21" @default.
- W2912656462 creator A5003310112 @default.
- W2912656462 creator A5007389320 @default.
- W2912656462 creator A5017940696 @default.
- W2912656462 creator A5038461025 @default.
- W2912656462 creator A5051147998 @default.
- W2912656462 creator A5055563915 @default.
- W2912656462 creator A5041030615 @default.
- W2912656462 date "2019-01-22" @default.
- W2912656462 modified "2023-09-28" @default.
- W2912656462 title "Rapid Water Softening with TEMPO-Oxidized/Phosphorylated Nanopapers" @default.
- W2912656462 cites W1065770601 @default.
- W2912656462 cites W1658029431 @default.
- W2912656462 cites W1706203554 @default.
- W2912656462 cites W1928381148 @default.
- W2912656462 cites W1963806694 @default.
- W2912656462 cites W1966331698 @default.
- W2912656462 cites W1967547250 @default.
- W2912656462 cites W1970130363 @default.
- W2912656462 cites W1975810740 @default.
- W2912656462 cites W1988143110 @default.
- W2912656462 cites W1996636572 @default.
- W2912656462 cites W1996945965 @default.
- W2912656462 cites W2005126986 @default.
- W2912656462 cites W2012270576 @default.
- W2912656462 cites W2015872142 @default.
- W2912656462 cites W2017107371 @default.
- W2912656462 cites W2019586432 @default.
- W2912656462 cites W2029923586 @default.
- W2912656462 cites W2033400762 @default.
- W2912656462 cites W2039049146 @default.
- W2912656462 cites W2040590312 @default.
- W2912656462 cites W2041410133 @default.
- W2912656462 cites W2043697596 @default.
- W2912656462 cites W2048636247 @default.
- W2912656462 cites W2048650371 @default.
- W2912656462 cites W2048995612 @default.
- W2912656462 cites W2054880521 @default.
- W2912656462 cites W2055638681 @default.
- W2912656462 cites W2058332401 @default.
- W2912656462 cites W2059517765 @default.
- W2912656462 cites W2061567420 @default.
- W2912656462 cites W2062287604 @default.
- W2912656462 cites W2063685903 @default.
- W2912656462 cites W2065457629 @default.
- W2912656462 cites W2066627067 @default.
- W2912656462 cites W2067387686 @default.
- W2912656462 cites W2070464288 @default.
- W2912656462 cites W2074647937 @default.
- W2912656462 cites W2077562708 @default.
- W2912656462 cites W2080534798 @default.
- W2912656462 cites W2081399318 @default.
- W2912656462 cites W2082429001 @default.
- W2912656462 cites W2083858906 @default.
- W2912656462 cites W2257031359 @default.
- W2912656462 cites W2310007764 @default.
- W2912656462 cites W2344666322 @default.
- W2912656462 cites W2346284200 @default.
- W2912656462 cites W2384110446 @default.
- W2912656462 cites W2416394715 @default.
- W2912656462 cites W2508388993 @default.
- W2912656462 cites W2566493162 @default.
- W2912656462 cites W2583332733 @default.
- W2912656462 cites W2591018342 @default.
- W2912656462 cites W2592694051 @default.
- W2912656462 cites W2615898873 @default.
- W2912656462 cites W2655726045 @default.
- W2912656462 cites W2689104772 @default.
- W2912656462 cites W2734565468 @default.
- W2912656462 cites W2777707804 @default.
- W2912656462 cites W2806122706 @default.
- W2912656462 cites W2885407170 @default.
- W2912656462 cites W2885497842 @default.
- W2912656462 cites W5309762 @default.
- W2912656462 cites W585425811 @default.
- W2912656462 doi "https://doi.org/10.3390/nano9020136" @default.
- W2912656462 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6409817" @default.
- W2912656462 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30678201" @default.
- W2912656462 hasPublicationYear "2019" @default.
- W2912656462 type Work @default.
- W2912656462 sameAs 2912656462 @default.
- W2912656462 citedByCount "21" @default.
- W2912656462 countsByYear W29126564622019 @default.
- W2912656462 countsByYear W29126564622020 @default.
- W2912656462 countsByYear W29126564622021 @default.
- W2912656462 countsByYear W29126564622022 @default.
- W2912656462 countsByYear W29126564622023 @default.
- W2912656462 crossrefType "journal-article" @default.
- W2912656462 hasAuthorship W2912656462A5003310112 @default.
- W2912656462 hasAuthorship W2912656462A5007389320 @default.
- W2912656462 hasAuthorship W2912656462A5017940696 @default.
- W2912656462 hasAuthorship W2912656462A5038461025 @default.
- W2912656462 hasAuthorship W2912656462A5041030615 @default.
- W2912656462 hasAuthorship W2912656462A5051147998 @default.
- W2912656462 hasAuthorship W2912656462A5055563915 @default.
- W2912656462 hasBestOaLocation W29126564621 @default.
- W2912656462 hasConcept C127413603 @default.