New deep eutectic solvents composed of crown ether, hydroxide and polyethylene glycol for extraction of non-basic N-compounds
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摘要
Here we firstly report a series of new deep eutectic solvents(DESs) induced by small amounts of crown ether complex and mainly formed by polyethylene glycol. These DESs not only presented the ultra-deep extraction of non-basic N-compounds from fuel oils, but also opened up the possibility of other new applications in chemistry and materials science.
Here we firstly report a series of new deep eutectic solvents(DESs) induced by small amounts of crown ether complex and mainly formed by polyethylene glycol. These DESs not only presented the ultra-deep extraction of non-basic N-compounds from fuel oils, but also opened up the possibility of other new applications in chemistry and materials science.
Here we firstly report a series of new deep eutectic solvents(DESs) induced by small amounts of crown ether complex and mainly formed by polyethylene glycol. These DESs not only presented the ultra-deep extraction of non-basic N-compounds from fuel oils, but also opened up the possibility of other new applications in chemistry and materials science.
引文
[1]A.P.Abbott,G.Capper,D.L.Davies,R.K.Rasheed,V.Tambyrajah,Chem.Commun.(2003)70-71.
[2]A.P.Abbott,D.Boothby,G.Capper,D.L.Davies,R.K.Rasheed,J.Am.Chem.Soc.126(2004)9142-9147.
[3]A.P.Abbott,R.C.Harris,K.S.Ryder,et al.,Green Chem.13(2011)82-90.
[4]Y.T.Liu,Y.A.Chen,Y.J.Xing,Chin.Chem.Lett.25(2014)104-106.
[5]E.L.Smith,A.P.Abbott,K.S.Ryder,Chem.Rev.114(2014)11060-11082.
[6]W.Zhu,C.Wang,H.Li,et al.,Green Chem.17(2015)2464-2472.
[7]S.Gore,S.Baskaran,B.Konig,Green Chem.13(2011)1009-1013.
[8]Z.H.Zhang,X.N.Zhang,L.P.Mo,Y.X.Li,F.P.Ma,Green Chem.14(2012)1502-1506.
[9]M.Avalos,R.Babiano,P.Cintas,J.L.Jimenez,J.C.Palacios,Angew.Chem.Int.Ed.45(2006)3904-3908.
[10]C.M.Clouthier,J.N.Pelletier,Chem.Soc.Rev.41(2012)1585-1605.
[11]T.Gu,M.Zhang,T.Tan,et al.,Chem.Commun.50(2014)11749-11752.
[12]T.Tan,Z.Li,X.Mao,Y.Wan,H.Qiu,Anal.Methods 8(2016)3511-3516.
[13]Y.Dai,G.J.Witkamp,R.Verpoorte,Y.H.Choi,Anal.Chem.85(2013)6272-6278.
[14]Y.Dai,J.V.Spronsen,G.J.Witkamp,R.Verpoorte,Y.H.Choi,J.Nat.Prod.76(2013)2162-2173.
[15]M.W.Nam,J.Zhao,M.S.Lee,J.H.Jeong,J.Lee,Green Chem.17(2015)1718-1727.
[16]T.Gu,M.Zhang,J.Chen,H.Qiu,Chem.Commun.51(2015)9825-9828.
[17]B.Tang,H.Zhang,K.H.Row,J.Sep.Sci.38(2015)1053-1064.
[18]A.Shishov,A.Bulatov,M.Locatelli,S.Carradori,V.Andruch,Microchem.J.135(2017)33-38.
[19]B.Yang,T.Cai,Z.Li,M.Guan,H.Qiu,Talanta 175(2017)256-263.
[20]E.R.Parnham,E.A.Drylie,P.S.Wheatley,A.M.Z.Slawin,R.E.Morris,Angew.Chem.Int.Ed.45(2006)4962-4966.
[21]L.Vidal,C.Marichal,V.Gramlich,J.Patarin,Z.Gabelica,Chem.Mater.11(1999)2728-2736.
[22]L.Liu,J.Yang,J.Li,et al.,Angew.Chem.Int.Ed.50(2011)8139-8142.
[23]C.Zhang,Y.Ding,L.Zhang,et al.,Angew.Chem.Int.Ed.56(2017)7454-7459.
[24]H.Liao,Y.Jiang,Z.Zhou,S.Chen,S.Sun,Angew.Chem.120(2008)9240-9243.
[25]A.P.Abbott,G.Capper,K.J.Mckenzie,K.S.Ryder,J.Electroanal.Chem.599(2007)288-294.
[26]C.Florindo,F.S.Oliveria,L.P.N.Rebelo,A.M.Fernandes,I.M.Marrucho,ACSSustain.Chem.Eng.2(2014)2416-2425.
[27]L.X.Zhang,H.Yu,H.B.Yu,Z.Chen,L.Yang,Chin.Chem.Lett.25(2014)1132-1136.
[28]M.Francisco,A.van den Bruinhorst,M.C.Kroon,Angew.Chem.Int.Ed.52(2013)3074-3085.
[29]K.Pang,Y.C.Hou,W.Z.Wu,W.J.Guo,W.Peng,Green Chem.14(2012)2398-2401.
[30]T.Tan,M.Zhang,Y.Wan,H.Qiu,Talanta 149(2016)85-90.
[31]H.Zhang,X.Qiao,T.Cai,et al.,Anal.Bioanal.Chem.409(2017)2401-2410.
[32]P.K.Naik,S.Paul,T.Banerjee,J.Mol.Liq.243(2017)542-552.
[33]Q.Zhang,K.D.O.Vigier,S.Royer,F.Jér?me,Chem.Soc.Rev.41(2012)7108-7146.
[34]M.C.Ali,Q.Yang,A.A.Fine,et al.,Green Chem.18(2016)157-164.
[35]H.F.Hizaddin,M.K.Hadj-Kali,A.Ramalingam,M.A.Hashim,J.Chem.Thermodyn.95(2016)164-173.
[36]U.T.Turaga,G.Wang,X.Ma,C.Song,Prepr.Pap.-Am.Chem.Soc.Div.Fuel Chem.48(2003)550-552.
[37]I.Ahmed,N.A.Khan,S.H.Jhung,Inorg.Chem.52(2013)14155-14161.
[38]S.Kumar,V.C.Srivastava,S.M.Nanoti,A.Kumar,AIChE J.61(2015)2257-2267.
[39]G.H.C.Prado,Y.Rao,A.Klerk,Energy Fuels 31(2017)14-36.
[40]X.D.Tang,T.Hu,J.J.Li,Petro.Technol.43(2014)843-847.
[41]Z.Zhou,W.Li,J.Li,Chem.Biochem.Eng.Q.31(2017)63-68.
[42]J.Zhang,J.Xu,J.Qian,Petrol.Sci.Technol.31(2013)777-782.
[43]L.Zhang,D.Xu,J.Gao,et al.,Fuel 194(2017)27-35.
[44]A.Marafi,A.Stanislaus,E.Furimsky,Catal.Rev.52(2010)204-324.
[45]D.Y.Han,G.X.Li,Z.B.Cao,X.Y.Zhai,M.M.Yuan,Energ.Source Part A 35(2013)622-628.
[46]I.Ahmed,S.H.Jhung,Chem.-Eng.J.279(2015)327-334.
[47]M.R.Shah,R.Anantharaj,T.Banerje,G.D.Yadav,J.Chem.Thermodyn.62(2013)142-150.
[48]M.Vilas,E.J.Gonzalez,E.Tojo,Fluid Phase Equilib.396(2015)66-73.
[2]A.P.Abbott,D.Boothby,G.Capper,D.L.Davies,R.K.Rasheed,J.Am.Chem.Soc.126(2004)9142-9147.
[3]A.P.Abbott,R.C.Harris,K.S.Ryder,et al.,Green Chem.13(2011)82-90.
[4]Y.T.Liu,Y.A.Chen,Y.J.Xing,Chin.Chem.Lett.25(2014)104-106.
[5]E.L.Smith,A.P.Abbott,K.S.Ryder,Chem.Rev.114(2014)11060-11082.
[6]W.Zhu,C.Wang,H.Li,et al.,Green Chem.17(2015)2464-2472.
[7]S.Gore,S.Baskaran,B.Konig,Green Chem.13(2011)1009-1013.
[8]Z.H.Zhang,X.N.Zhang,L.P.Mo,Y.X.Li,F.P.Ma,Green Chem.14(2012)1502-1506.
[9]M.Avalos,R.Babiano,P.Cintas,J.L.Jimenez,J.C.Palacios,Angew.Chem.Int.Ed.45(2006)3904-3908.
[10]C.M.Clouthier,J.N.Pelletier,Chem.Soc.Rev.41(2012)1585-1605.
[11]T.Gu,M.Zhang,T.Tan,et al.,Chem.Commun.50(2014)11749-11752.
[12]T.Tan,Z.Li,X.Mao,Y.Wan,H.Qiu,Anal.Methods 8(2016)3511-3516.
[13]Y.Dai,G.J.Witkamp,R.Verpoorte,Y.H.Choi,Anal.Chem.85(2013)6272-6278.
[14]Y.Dai,J.V.Spronsen,G.J.Witkamp,R.Verpoorte,Y.H.Choi,J.Nat.Prod.76(2013)2162-2173.
[15]M.W.Nam,J.Zhao,M.S.Lee,J.H.Jeong,J.Lee,Green Chem.17(2015)1718-1727.
[16]T.Gu,M.Zhang,J.Chen,H.Qiu,Chem.Commun.51(2015)9825-9828.
[17]B.Tang,H.Zhang,K.H.Row,J.Sep.Sci.38(2015)1053-1064.
[18]A.Shishov,A.Bulatov,M.Locatelli,S.Carradori,V.Andruch,Microchem.J.135(2017)33-38.
[19]B.Yang,T.Cai,Z.Li,M.Guan,H.Qiu,Talanta 175(2017)256-263.
[20]E.R.Parnham,E.A.Drylie,P.S.Wheatley,A.M.Z.Slawin,R.E.Morris,Angew.Chem.Int.Ed.45(2006)4962-4966.
[21]L.Vidal,C.Marichal,V.Gramlich,J.Patarin,Z.Gabelica,Chem.Mater.11(1999)2728-2736.
[22]L.Liu,J.Yang,J.Li,et al.,Angew.Chem.Int.Ed.50(2011)8139-8142.
[23]C.Zhang,Y.Ding,L.Zhang,et al.,Angew.Chem.Int.Ed.56(2017)7454-7459.
[24]H.Liao,Y.Jiang,Z.Zhou,S.Chen,S.Sun,Angew.Chem.120(2008)9240-9243.
[25]A.P.Abbott,G.Capper,K.J.Mckenzie,K.S.Ryder,J.Electroanal.Chem.599(2007)288-294.
[26]C.Florindo,F.S.Oliveria,L.P.N.Rebelo,A.M.Fernandes,I.M.Marrucho,ACSSustain.Chem.Eng.2(2014)2416-2425.
[27]L.X.Zhang,H.Yu,H.B.Yu,Z.Chen,L.Yang,Chin.Chem.Lett.25(2014)1132-1136.
[28]M.Francisco,A.van den Bruinhorst,M.C.Kroon,Angew.Chem.Int.Ed.52(2013)3074-3085.
[29]K.Pang,Y.C.Hou,W.Z.Wu,W.J.Guo,W.Peng,Green Chem.14(2012)2398-2401.
[30]T.Tan,M.Zhang,Y.Wan,H.Qiu,Talanta 149(2016)85-90.
[31]H.Zhang,X.Qiao,T.Cai,et al.,Anal.Bioanal.Chem.409(2017)2401-2410.
[32]P.K.Naik,S.Paul,T.Banerjee,J.Mol.Liq.243(2017)542-552.
[33]Q.Zhang,K.D.O.Vigier,S.Royer,F.Jér?me,Chem.Soc.Rev.41(2012)7108-7146.
[34]M.C.Ali,Q.Yang,A.A.Fine,et al.,Green Chem.18(2016)157-164.
[35]H.F.Hizaddin,M.K.Hadj-Kali,A.Ramalingam,M.A.Hashim,J.Chem.Thermodyn.95(2016)164-173.
[36]U.T.Turaga,G.Wang,X.Ma,C.Song,Prepr.Pap.-Am.Chem.Soc.Div.Fuel Chem.48(2003)550-552.
[37]I.Ahmed,N.A.Khan,S.H.Jhung,Inorg.Chem.52(2013)14155-14161.
[38]S.Kumar,V.C.Srivastava,S.M.Nanoti,A.Kumar,AIChE J.61(2015)2257-2267.
[39]G.H.C.Prado,Y.Rao,A.Klerk,Energy Fuels 31(2017)14-36.
[40]X.D.Tang,T.Hu,J.J.Li,Petro.Technol.43(2014)843-847.
[41]Z.Zhou,W.Li,J.Li,Chem.Biochem.Eng.Q.31(2017)63-68.
[42]J.Zhang,J.Xu,J.Qian,Petrol.Sci.Technol.31(2013)777-782.
[43]L.Zhang,D.Xu,J.Gao,et al.,Fuel 194(2017)27-35.
[44]A.Marafi,A.Stanislaus,E.Furimsky,Catal.Rev.52(2010)204-324.
[45]D.Y.Han,G.X.Li,Z.B.Cao,X.Y.Zhai,M.M.Yuan,Energ.Source Part A 35(2013)622-628.
[46]I.Ahmed,S.H.Jhung,Chem.-Eng.J.279(2015)327-334.
[47]M.R.Shah,R.Anantharaj,T.Banerje,G.D.Yadav,J.Chem.Thermodyn.62(2013)142-150.
[48]M.Vilas,E.J.Gonzalez,E.Tojo,Fluid Phase Equilib.396(2015)66-73.