Technology

PES
CAPILLARY
TECHNOLOGY

Next generation NIPS Technology
Unique proprietary non-solvent induced phase separation (NIPS) method for manufacturing membrane elements with high mechanical strength and excellent water flux

Next generation NIPS Technology

Unique proprietary non-solvent induced phase separation (NIPS) method for manufacturing membrane elements with high mechanical strength and excellent water flux

Innovative capillary design

Novel multi-channel membrane with polygonal shape for 15% higher surface area density, saving plant space
High mechanical strength providing greater reliability and long product life
High water flux
Efficient backwash cleaning

Novel multi-channel membrane with polygonal shape for 15% higher surface area density, saving plant space
High mechanical strength providing greater reliability and long product life
High water flux
Efficient backwash cleaning

Novel multi-channel membrane with polygonal shape for 15% higher surface area density, saving plant space
High mechanical strength providing greater reliability and long product life
High water flux
Efficient backwash cleaning

Rigid Wall Microstructure

Our proprietary NIPS phase decomposition technology achieve microporous sponge structure with narrow pore size distribution across the wall thickness to provide high mechanical strength to the membrane tube. Pores on outer membrane surface are order of magnitude larger than the pores on selective internal surface. Thus pressure drop across the membrane wall thickness is minimal.

Thin Separation Layer

Our capillary membranes have very thin separating layer for low pressure drop in the filtration process. The pores on the skin are of uniform size and shape to provide sharp separation cutoff at molecular scale. It insures high quality filtration with lower operating cost.

Solution Spectrum

Apah membranes provide solution for ultrafiltration and microfiltration range. Apah’s state of art UF membranes “HyprFLUX” delivers highest surface area, maximum packing density, fouling resistance, low energy requirements and wide pH tolerance for cleaning.

POLYSEP membranes are engineered tightly enough for low molecular weight dissolved components of molecular weight range 5kDa to 200kDa. Our MF membranes “FILTERCELL” are are designed for separation of biological cells, and cellular debris from a liquid suspensions.