Introduction to Liquid Adsorption

What is/are Liquid Adsorption?

Liquid Adsorption - First, the content of asphaltenes precipitated from the oil samples is determined and then the samples of deasphalted crude oil (maltenes) are analyzed by the method of liquid adsorption chromatography for the purpose to study the composition of oil sampled from the wells before and after their treatment with the sol-forming EOR system. ^[1] This study also provided evidence that it is possible to load high amounts of drug into liquisolid compacts due to the neusilin allows higher liquid adsorption capacities. ^[2] The thermal regeneration of zeolite Hβ adsorbed tobacco specific nitrosamines (TSNA) along with the impact of zeolitic pore size on the liquid adsorption of TSNA were investigated in this article for the first time. ^[3] Fluopsin C was produced in cell suspension culture of Pseudomonas aeruginosa LV strain, purified by liquid adsorption chromatography and identified by mass spectrometric analysis. ^[4] This process might contribute to the regulation of water absorption in unsaturated wood and could be explored to design porous materials with tunable liquid adsorption. ^[5] The liquid adsorption behavior of biochar was evaluated using phenol as a pollutant probe. ^[6] The type and amount of metal salt in the carbon precursor took charged of pore texture, electrical property and morphology, forming a new sorbent beyond activated carbon and zeolite in the selective liquid adsorption of TSNA. ^[7] In order to select an appropriate adsorbent, the physical properties (bulk density, tapped density, angle of repose, and liquid adsorption capacity) of silica-based adsorbents (Neusilin US2, Florite R, Aerosil 200, and Florite PS-10) and non silica-based adsorbents (Avicel PH102, Pharmatose 100M, Pearlitol 200, LH-11, and Emcompress) were investigated. ^[8] The phenomenological model was compared with the Freundlich and Langmuir empirical solid-liquid adsorption models. ^[9] Functional porous organic polymers (POPs) such as PIM-1 with good solubility have been used for the homogenization of heterogeneous catalysts very recently, in addition to the traditional gas/liquid adsorption and separation. ^[10] The maximum liquid adsorption capacity was obtained to reach 153. ^[11] Because of the relatively low molar mass of the samples, liquid adsorption chromatography (LAC) is then a function of two parameters i. ^[12] Methods: elemental analysis, cryoscopy in benzene, liquid adsorption chromatography, selective chemical destruction of sulfide and ether bonds, 1H NMR spectroscopy, structural-group analysis, gas chromatography-mass spectrometry. ^[13] These PU polyHIPEs exhibited preferential liquid adsorption. ^[14] For liquid adsorption of methylene blue, the maximum adsorption capacity was recorded as 887. ^[15] In addition, dense membrane of PIM-2 was prepared by solvent casting method and the uptake ability was compared with fibrous membrane showing that fibrous form is more convenient for liquid adsorption applications. ^[16]

liquid adsorption chromatography

First, the content of asphaltenes precipitated from the oil samples is determined and then the samples of deasphalted crude oil (maltenes) are analyzed by the method of liquid adsorption chromatography for the purpose to study the composition of oil sampled from the wells before and after their treatment with the sol-forming EOR system. ^[1] Fluopsin C was produced in cell suspension culture of Pseudomonas aeruginosa LV strain, purified by liquid adsorption chromatography and identified by mass spectrometric analysis. ^[2] Because of the relatively low molar mass of the samples, liquid adsorption chromatography (LAC) is then a function of two parameters i. ^[3] Methods: elemental analysis, cryoscopy in benzene, liquid adsorption chromatography, selective chemical destruction of sulfide and ether bonds, 1H NMR spectroscopy, structural-group analysis, gas chromatography-mass spectrometry. ^[4]

liquid adsorption capacity

This study also provided evidence that it is possible to load high amounts of drug into liquisolid compacts due to the neusilin allows higher liquid adsorption capacities. ^[1] In order to select an appropriate adsorbent, the physical properties (bulk density, tapped density, angle of repose, and liquid adsorption capacity) of silica-based adsorbents (Neusilin US2, Florite R, Aerosil 200, and Florite PS-10) and non silica-based adsorbents (Avicel PH102, Pharmatose 100M, Pearlitol 200, LH-11, and Emcompress) were investigated. ^[2] The maximum liquid adsorption capacity was obtained to reach 153. ^[3]