He C. paliurus physically excellent. So the later elution of benzoic acid mainly depended on hydrophilia. Immediately after the adsorption p38�� inhibitor 2 supplier equilibrium, the ECM was desorbed with depended on hydrophilia. Just after the adsorption equilibrium, the ECM was desorbed with depended on hydrophilia. Just after the adsorption equilibrium, the ECM was desorbed with 40 methanol answer and benzoic acid with high purity of 82.22 was obtained. This 40 methanol answer and benzoic acid with aaahighpurity of 82.22 was obtained. This 40 methanol answer and benzoic acid with higher purity of 82.22 was obtained. This process for the separation and purification of benzoic acid from C. paliurus extract was process for the separation and purification of benzoic acid from C. paliurus extract was strategy for the separation and purification of benzoic acid from C. paliurus extract was successfully established by ECM. The recovery of benzoic acid was much more than 80 . The effectively established by ECM. The recovery of benzoic acid was much more than 80 . The successfully established by ECM. The recovery of benzoic acid was far more than 80 . The proposed approach was lower price, nontoxic, higher efficiency, and procedurally very simple. It proposed approach was reduced expense, nontoxic, high efficiency, and isis procedurally uncomplicated. It proposed approach was decrease cost, nontoxic, higher efficiency, and is procedurally simple. Itbelieved that the benefits of from the proposed strategy will facilitateits application in isisis believed thatthe advantages with the proposed approach will facilitate its application in believed that the benefits the proposed system will facilitate its application in simultaneousseparation and purification of active elements which have similar polarity, simultaneous separation and purification of active components which have equivalent polarity, simultaneous separation and purification of active elements that have similar polarity, unique sizes of molecules, and are derived in the identical all-natural solutions. different sizes of molecules, and are derived in the identical all-natural goods. distinct sizes of molecules, and are derived from the same natural items.Supplementary Components: The following material accessible on-line. Scheme S1: Chromatogram of is offered on the internet at https://www.mdpi.com/ Supplementary Material: The following material isis obtainable on-line. Scheme S1: Chromatogram of Supplementary Material: The following material article/10.3390/chemistry3040081/s1. Scheme S1: Chromatogram of benzoic acid common. benzoic acid regular. benzoic acid typical. Author Contributions: Conceptualization, Y.Z.; Investigation, X.Z. and M.L.; Sources, L.A. and L.C.; Computer software, L.S.; Supervision, Q.L. and P.Z.; Visualization, L.X.; Writing–original draft, L.Z. All authors have read and agreed for the published version on the manuscript.Chemistry 2021,Funding: This study received no external funding or This analysis was funded by [ the Basic Study Funds for the Central Universities of northwest Minzu university] grant number [31920180003, Dorsomorphin Purity & Documentation Yxm2019136, Yxm2020119, 31920190017, and 31920190018] And also the APC was funded by [Ya-Min Zhao]. Institutional Evaluation Board Statement: Not applicable. Informed Consent Statement: Not applicable. Information Availability Statement: Not applicable. Acknowledgments: This operate was supported by the Fundamental Analysis Funds for the Central Universities of northwest Minzu university (31920180003, Yxm2019136, Yxm2020119, 31920190017, and 31920190018). Conflict.