Considering the importance of asymmetric membrane morphology in controlling the
performance of various membrane systems as well as the rapid development of membrane …

This study examined essential factors in the use of hollow fiber membranes that affect CO2
removal efficiency. In the simulation, a finite element model for a membrane with ten fibers …

This study mathematically inspects the effects of engine speed/load and biodiesel–hydrogen
fuel blend composition on CO 2, CO, and NO x emissions. Since this modeling task requires …

The photocatalytic Metal-organic frameworks (MOFs) membrane addresses challenges
faced by MOF powders in practical applications such as aggregation and difficult recovery …

In the pursuit of mitigating CO2 emissions, this study investigates the optimization of CO2
purification within a negative CO2 emission power plant using a spray ejector condenser …

Saltwater intrusion into coastal aquifers presents a significant global challenge to fresh
groundwater resources. Numerical modelling represents a valuable tool to study this …

The emergence of serious CO 2-related environmental challenges (ie, acid rain and global
warming) has motivated the scientists to develop high-performance techniques to effectively …

Membrane contactor has emerged as a promising technology for flue gas carbon capture as
it integrates the advantages of high capture efficiency of absorption technology and compact …

The membrane contactor application to purify acid gases is a significant advancement in
environmental protection and engineering processes. Notwithstanding the numerous …

This research theoretically and experimentally develops a hollow-fiber dialysis module
coupled with ultrafiltration operations by introducing a trans-membrane pressure during the …