Conventional mesh feed spacers in the spiral wound elements contribute to membrane fouling. The attached video shows the flow profile using 1.9 μm diameter fluorescent green styrene beads purchased from Bangs Laboratories (Fishers, IN) confirming the flow profiles predicted by CFD modeling by different researche
A modified spacer, which was constructed with arched filaments and zigzag filaments, was designed to...
One way to reduce pressure loss in spiral wound membrane modules is via creating holes within the fe...
The energy consumption due to pumping power is a crucial issue in membrane processes. Spacers provid...
Computation fluid dynamics (CFD) modeling was used to identify the design of chevron microstructures...
Computation fluid dynamics (CFD) modeling was used to identify the design of chevron microstructures...
Computation fluid dynamics (CFD) modeling was used to identify the design of chevron microstructures...
Computation fluid dynamics (CFD) modeling was used to identify the design of chevron microstructures...
Spacers are designed to create a feed channel, but they are also obstacles to the flow in spiral wou...
Research in the field of 3D printing and water industry, in particular, on the fabrication and evalu...
3D-CFD simulations of a membrane channel with several variations of twisted feed spacer geometry are...
A novel feed spacer for spiral-wound membrane modules is proposed. Based upon a continuous arch-type...
Feed spacer is a mesh-like structure placed between membrane sheets to create channels for fluid fl...
Modification of the spacer geometry is a promising approach to increase the efficiency of reverse os...
In this thesis 3D modelling of flow through spacer filled narrow channels is carried out using CFD p...
3D-CFD simulations of a membrane channel with several variations of twisted feed spacer geometry are...
A modified spacer, which was constructed with arched filaments and zigzag filaments, was designed to...
One way to reduce pressure loss in spiral wound membrane modules is via creating holes within the fe...
The energy consumption due to pumping power is a crucial issue in membrane processes. Spacers provid...
Computation fluid dynamics (CFD) modeling was used to identify the design of chevron microstructures...
Computation fluid dynamics (CFD) modeling was used to identify the design of chevron microstructures...
Computation fluid dynamics (CFD) modeling was used to identify the design of chevron microstructures...
Computation fluid dynamics (CFD) modeling was used to identify the design of chevron microstructures...
Spacers are designed to create a feed channel, but they are also obstacles to the flow in spiral wou...
Research in the field of 3D printing and water industry, in particular, on the fabrication and evalu...
3D-CFD simulations of a membrane channel with several variations of twisted feed spacer geometry are...
A novel feed spacer for spiral-wound membrane modules is proposed. Based upon a continuous arch-type...
Feed spacer is a mesh-like structure placed between membrane sheets to create channels for fluid fl...
Modification of the spacer geometry is a promising approach to increase the efficiency of reverse os...
In this thesis 3D modelling of flow through spacer filled narrow channels is carried out using CFD p...
3D-CFD simulations of a membrane channel with several variations of twisted feed spacer geometry are...
A modified spacer, which was constructed with arched filaments and zigzag filaments, was designed to...
One way to reduce pressure loss in spiral wound membrane modules is via creating holes within the fe...
The energy consumption due to pumping power is a crucial issue in membrane processes. Spacers provid...