FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3177278370> ?p ?o ?g. }

• W3177278370 endingPage "9503" @default.
• W3177278370 startingPage "9496" @default.
• W3177278370 abstract "Developing efficient recycling technologies for large-scale spent batteries is the key to build a zero-waste city. Herein, a [Al8.5Fe0.5P12O48]·[C24H72N16]·[Li·4H2O]·[12H2O] (AlFePO-Li) zeolite, crystallizing in space group I4̅3m with a = 16.6778(3) Å, has been constructed via the hydrothermal treatment of spent LiFePO4 battery. Benefiting from the three-dimensional 12-member-ring channels in its structure and chemical adsorption, excellent Pb2+ removal capacity up to 723.8 mg g–1 has been achieved. Detailed adsorption mechanism study revealed that the cation exchange capacity is significantly contributed by ion exchange of the protonated organic amine cations in the zeolite channel and the protons from the framework dangling phosphate group. This work demonstrates a novel method of reutilizing spent LIBs to construct zeolite for heavy metal removal. It is of great importance to achieve sustainable development based on the “resource utilization” and “trash-to-treasure” strategy." @default.
• W3177278370 created "2021-07-05" @default.
• W3177278370 creator A5012677271 @default.
• W3177278370 creator A5013772368 @default.
• W3177278370 creator A5013788046 @default.
• W3177278370 creator A5026880339 @default.
• W3177278370 creator A5027922091 @default.
• W3177278370 creator A5033549028 @default.
• W3177278370 creator A5038734215 @default.
• W3177278370 creator A5047017899 @default.
• W3177278370 creator A5049104797 @default.
• W3177278370 creator A5076824157 @default.
• W3177278370 date "2021-06-24" @default.
• W3177278370 modified "2023-10-18" @default.
• W3177278370 title "Converting Spent LiFePO₄ Battery into Zeolitic Phosphate for Highly Efficient Heavy Metal Adsorption" @default.
• W3177278370 cites W1533273652 @default.
• W3177278370 cites W1663400392 @default.
• W3177278370 cites W1754864949 @default.
• W3177278370 cites W1964908813 @default.
• W3177278370 cites W1968072480 @default.
• W3177278370 cites W1971309905 @default.
• W3177278370 cites W1995948118 @default.
• W3177278370 cites W2008202838 @default.
• W3177278370 cites W2010183818 @default.
• W3177278370 cites W2021429431 @default.
• W3177278370 cites W2029251136 @default.
• W3177278370 cites W2034777388 @default.
• W3177278370 cites W2041381140 @default.
• W3177278370 cites W2044351845 @default.
• W3177278370 cites W2052178713 @default.
• W3177278370 cites W2057248545 @default.
• W3177278370 cites W2064585402 @default.
• W3177278370 cites W2068746981 @default.
• W3177278370 cites W2125377194 @default.
• W3177278370 cites W2152510783 @default.
• W3177278370 cites W2223055709 @default.
• W3177278370 cites W2519957158 @default.
• W3177278370 cites W2549462694 @default.
• W3177278370 cites W2555682717 @default.
• W3177278370 cites W2586095409 @default.
• W3177278370 cites W2591306845 @default.
• W3177278370 cites W2596043326 @default.
• W3177278370 cites W2603053411 @default.
• W3177278370 cites W2611438716 @default.
• W3177278370 cites W2742265106 @default.
• W3177278370 cites W2755461939 @default.
• W3177278370 cites W2773928501 @default.
• W3177278370 cites W2833138892 @default.
• W3177278370 cites W2874174393 @default.
• W3177278370 cites W2886680667 @default.
• W3177278370 cites W2889865593 @default.
• W3177278370 cites W2894891086 @default.
• W3177278370 cites W2896954742 @default.
• W3177278370 cites W2898206432 @default.
• W3177278370 cites W2901271709 @default.
• W3177278370 cites W2908586372 @default.
• W3177278370 cites W2914133366 @default.
• W3177278370 cites W2914706311 @default.
• W3177278370 cites W2929272094 @default.
• W3177278370 cites W2942720329 @default.
• W3177278370 cites W2954324123 @default.
• W3177278370 cites W2979376912 @default.
• W3177278370 cites W3001214776 @default.
• W3177278370 cites W3001744677 @default.
• W3177278370 cites W3026811354 @default.
• W3177278370 cites W3036241722 @default.
• W3177278370 cites W3036378882 @default.
• W3177278370 cites W3047245233 @default.
• W3177278370 cites W3082982395 @default.
• W3177278370 cites W3112695914 @default.
• W3177278370 cites W4251991099 @default.
• W3177278370 doi "https://doi.org/10.1021/acs.inorgchem.1c00614" @default.
• W3177278370 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34164978" @default.
• W3177278370 hasPublicationYear "2021" @default.
• W3177278370 type Work @default.
• W3177278370 sameAs 3177278370 @default.
• W3177278370 citedByCount "10" @default.
• W3177278370 countsByYear W31772783702021 @default.
• W3177278370 countsByYear W31772783702022 @default.
• W3177278370 countsByYear W31772783702023 @default.
• W3177278370 crossrefType "journal-article" @default.
• W3177278370 hasAuthorship W3177278370A5012677271 @default.
• W3177278370 hasAuthorship W3177278370A5013772368 @default.
• W3177278370 hasAuthorship W3177278370A5013788046 @default.
• W3177278370 hasAuthorship W3177278370A5026880339 @default.
• W3177278370 hasAuthorship W3177278370A5027922091 @default.
• W3177278370 hasAuthorship W3177278370A5033549028 @default.
• W3177278370 hasAuthorship W3177278370A5038734215 @default.
• W3177278370 hasAuthorship W3177278370A5047017899 @default.
• W3177278370 hasAuthorship W3177278370A5049104797 @default.
• W3177278370 hasAuthorship W3177278370A5076824157 @default.
• W3177278370 hasConcept C117760992 @default.
• W3177278370 hasConcept C127413603 @default.
• W3177278370 hasConcept C145148216 @default.
• W3177278370 hasConcept C150394285 @default.
• W3177278370 hasConcept C161790260 @default.
• W3177278370 hasConcept C178790620 @default.
• W3177278370 hasConcept C179104552 @default.

• next