Sentence examples for mixed gas separation from inspiring English sources
Firstly, single gas permeation and mixed gas separation were performed in lab-scale.
Mixed gas separation performances of membranes with different SP-Zn2+ loading were conducted.
The effect of pressure (3, 9 and 15 bar) on the pure and mixed gas separation performance of the composite membranes was also investigated.
High temperature promoted the performance of pure gas permeation, but had little impact on mixed gas separation as the driving force reduction at higher temperature is more significant.
The membrane of PBIBI PPD showed high CO2 permeability (112 barrer) and moderately good CO2/N2 and CO2/CH4 selectivity (22 and 31) for mixed gas separation.
In this work sorption, swelling, and mixed gas separation performance of 3,3′,4,4′-oxydiphthalic 3,3′,4,4′-oxydiphthalicdianhydrideers, with 1, 2 ODPA -basedrylODPA -basedutions in the diamine moeiety, is investigated under conditions where commercial membranes suffer from PEIsticization.
It is notably challenging to fabricate heavily heteroatom-doped porous carbonaceous materials with narrow ultramicropore size distributions for highly effective mixed-gas separation.
The transfer of oxygen across an oxygen transport membrane (OTM) is limited by a number of processes, such as mass transfer across a boundary layer on the airside, surface exchange, ambipolar diffusion through the mixed-conducting gas separation layer, and viscous flow of oxygen through the porous support.
Key permeability modeling techniques for gas separation mixed matrix membranes are also discussed.
To address these issues and to better control of corrosion and temperature in the contactor, the temperature based techniques such as supersonic gas separation, mixed amines and multi-lean amine streams processes are simulated and proposed using computational fluid dynamics and process simulator software, respectively.
Mixed matrix-composite membranes (MMCM) for gas separation are prepared and characterized in this work.
