Matches in SemOpenAlex for { <https://semopenalex.org/work/W4383340925> ?p ?o ?g. }
- W4383340925 endingPage "116820" @default.
- W4383340925 startingPage "116820" @default.
- W4383340925 abstract "With the continuous development of the global society, people's demand for lithium is increasing. Recovering valuable lithium from waste lithium-ion batteries and fly ash is essential for environmental protection and energy saving. We have developed a new imprinted capacitance deionization technology ([email protected]+-IPDI), which can selectively recover lithium ion from acidic solution (pH = 2) under complex environment. The recovery capacity of [email protected]+-IPDI electrode material was up to 20.26 mg/g. Separation of Li+ from Na+, K+, and Al3+ was achieved based on the size effect. Separation from Mg2+ was due to the higher hydration energy of Mg2+ (1940 kJ/mol) than Li+ (510 kJ/mol). After 5 regeneration cycles, recovery effect of [email protected]+-IPDI was 93.42 % of original. Through density functional theory (DFT) modeling, bond length of Li+-O was 2.04–2.05 Å, and adsorption energy of 2H12C4-Li+ (−33.66 Kcal/mol) was the largest among the five ions. In addition, energy and structure of deprotonation process were studied, and the energy required for deprotonation was 6.33 kJ/mol, which was the reason Li+ adsorption is difficult in acidic environment. This research provides a new green ion recovery technology with excellent selectivity, high adsorption and conductivity for Li+ recovery in acid solution, to meet the challenge of growing demand for lithium." @default.
- W4383340925 created "2023-07-07" @default.
- W4383340925 creator A5023153444 @default.
- W4383340925 creator A5032296510 @default.
- W4383340925 creator A5039527390 @default.
- W4383340925 creator A5055159482 @default.
- W4383340925 creator A5062681862 @default.
- W4383340925 creator A5075943848 @default.
- W4383340925 creator A5082034199 @default.
- W4383340925 date "2023-11-01" @default.
- W4383340925 modified "2023-10-18" @default.
- W4383340925 title "Adsorption of Li+ by imprinted capacitor deionization — A new method for selective recovery of valuable lithium in acidic solutions" @default.
- W4383340925 cites W1906455749 @default.
- W4383340925 cites W2023680848 @default.
- W4383340925 cites W2036042608 @default.
- W4383340925 cites W2038438759 @default.
- W4383340925 cites W2059860997 @default.
- W4383340925 cites W2061017320 @default.
- W4383340925 cites W2063608352 @default.
- W4383340925 cites W2077678850 @default.
- W4383340925 cites W2131872746 @default.
- W4383340925 cites W2168326489 @default.
- W4383340925 cites W2319095141 @default.
- W4383340925 cites W2321428275 @default.
- W4383340925 cites W2331132567 @default.
- W4383340925 cites W2418004909 @default.
- W4383340925 cites W2514318270 @default.
- W4383340925 cites W2604975300 @default.
- W4383340925 cites W2610673495 @default.
- W4383340925 cites W2728397594 @default.
- W4383340925 cites W2738802975 @default.
- W4383340925 cites W2765958281 @default.
- W4383340925 cites W2770048331 @default.
- W4383340925 cites W2775525632 @default.
- W4383340925 cites W2800083052 @default.
- W4383340925 cites W2805395767 @default.
- W4383340925 cites W2883551785 @default.
- W4383340925 cites W2884515372 @default.
- W4383340925 cites W2889631949 @default.
- W4383340925 cites W2891052853 @default.
- W4383340925 cites W2914410461 @default.
- W4383340925 cites W2940521958 @default.
- W4383340925 cites W2954220770 @default.
- W4383340925 cites W2963693806 @default.
- W4383340925 cites W2965010275 @default.
- W4383340925 cites W2967480352 @default.
- W4383340925 cites W2976706036 @default.
- W4383340925 cites W2998059356 @default.
- W4383340925 cites W3008242743 @default.
- W4383340925 cites W3013090008 @default.
- W4383340925 cites W3016292053 @default.
- W4383340925 cites W3085010378 @default.
- W4383340925 cites W3098935018 @default.
- W4383340925 cites W3103599253 @default.
- W4383340925 cites W3110443836 @default.
- W4383340925 cites W3135770617 @default.
- W4383340925 cites W3143502354 @default.
- W4383340925 cites W3175058107 @default.
- W4383340925 cites W3183892761 @default.
- W4383340925 cites W3197846545 @default.
- W4383340925 cites W3199720685 @default.
- W4383340925 cites W3216319218 @default.
- W4383340925 cites W4206104010 @default.
- W4383340925 cites W4211160070 @default.
- W4383340925 cites W4212948148 @default.
- W4383340925 cites W4229003239 @default.
- W4383340925 cites W4281694003 @default.
- W4383340925 cites W4285799794 @default.
- W4383340925 cites W4286447604 @default.
- W4383340925 cites W4289525944 @default.
- W4383340925 cites W4293734072 @default.
- W4383340925 cites W4308374551 @default.
- W4383340925 cites W4321485733 @default.
- W4383340925 cites W4360604479 @default.
- W4383340925 doi "https://doi.org/10.1016/j.desal.2023.116820" @default.
- W4383340925 hasPublicationYear "2023" @default.
- W4383340925 type Work @default.
- W4383340925 citedByCount "0" @default.
- W4383340925 crossrefType "journal-article" @default.
- W4383340925 hasAuthorship W4383340925A5023153444 @default.
- W4383340925 hasAuthorship W4383340925A5032296510 @default.
- W4383340925 hasAuthorship W4383340925A5039527390 @default.
- W4383340925 hasAuthorship W4383340925A5055159482 @default.
- W4383340925 hasAuthorship W4383340925A5062681862 @default.
- W4383340925 hasAuthorship W4383340925A5075943848 @default.
- W4383340925 hasAuthorship W4383340925A5082034199 @default.
- W4383340925 hasConcept C118629725 @default.
- W4383340925 hasConcept C118792377 @default.
- W4383340925 hasConcept C127413603 @default.
- W4383340925 hasConcept C134018914 @default.
- W4383340925 hasConcept C145148216 @default.
- W4383340925 hasConcept C150394285 @default.
- W4383340925 hasConcept C161790260 @default.
- W4383340925 hasConcept C162711632 @default.
- W4383340925 hasConcept C178790620 @default.
- W4383340925 hasConcept C179104552 @default.
- W4383340925 hasConcept C185592680 @default.
- W4383340925 hasConcept C2778541603 @default.