MIPs logo MIPdatabase      GSSMIP 2019; Deadline for abstract submission: 30th June 2019; Registration deadline: 19th July 2019
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Reference type: Journal
Authors: Wu YL, Li CX, Meng MJ, Lv P, Liu XL, Yan YS
Article Title: Fabrication and evaluation of GO/TiO2-based molecularly imprinted nanocomposite membranes by developing a reformative filtering strategy: Application to selective adsorption and separation membrane.
Publication date: 2019
Journal: Separation and Purification Technology
Volume: 212
Page numbers: 245-254.
DOI: 10.1016/j.seppur.2018.11.042
Alternative URL: http://www.sciencedirect.com/science/article/pii/S1383586618324250

Abstract: Herein, the GO/TiO2-based molecularly imprinted nanocomposite membranes (GT-MIMs) with high selectivity and constitutionally structural stability were developed by by the incorporation of polydopamine (pDA) membrane modification technique and the simple vacuum filtering method. Instead of constructing imprinted polymers onto pristine membrane surfaces, a versatile filtering strategy was conducted on the membrane surfaces by using GO and TiO2 as the nanocomposite structures. And the GT-MIMs were finally obtained after a two-step-temperature imprinting process by using propranolol as the template molecules. Moreover, attributing to the formation of this membrane-based multilevel nanocomposite surfaces, largely enhanced propranolol-rebinding capacities (53.44 mg/g), permselectivity (separation factors were all more than 16.5) and structural stability (still maintained 92% of the maximum adsorption capacity after 11 cycling operations) were easily achieved. These results strongly illustrated that this GO/TiO2-based imprinting membrane materials would achieve both the high rebinding capacity and the excellent permselectivity. All the synthesis processes were carried out at low temperature and ordinary pressure, which were energy-efficient and environmentally friendly for large-scale application
Template and target information: propranolol
Author keywords: GO, TiO-based nanocomposite, Vacuum filtering method, Molecularly imprinted nanocomposite membranes, Selective rebinding and separation


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