FSI - Model CMF -Coiled Membrane Filter

• Secondary flow vortices, i.e. Dean Flow, is produced in the CMF.
• The sheer force of the vortices prevents contaminants from adsorbing to the membrane wall.
• Flow trajectory creates a rapid mixing between the boundary layer and bulk phase, which provides an efficient mass transfer to minimize membrane surface fouling.
• Self-cleaning mechanism results in enhanced flux rate, longer membrane service life and reduced energy footprint.

Coiled Membrane Filter

• Compact e.g. 3.5" * 6.5" CMF vs. 72" long conventional filter
• Dean flow permits effective cleaning
• Union connection - allowing quick and easy replacement to the manifold

Unhoused Module Housing

• Simplified design - allows filters to be mounted under a tank cover
• Cost savings - saves piping, fittings and housing costs
• Modular design - facilitating system scale-up or scale-down

Advanced Membranes

• Producing high quality effluent that has SDI < 3
• Highly hydrophilic - suitable for water applications
• Robust - seven bore design providing high mechanical strength

• CMFs outperform other MF/UF OEMs with superior technology enabling smarter design to address the most challenging process and energy needs.
• CMFs minimize maintenance and operating costs while enhancing the flux rate, thus reducing life cycle cost. Flux is doubled/consumed energy is halved compared to a conventional filter based on side-by-side testing.

The Waste Water Treatment System employs CMF to achieve an effective filtration. Some major applications includes:

• Cooling tower blowdown water
• Heavy metal removal
• Mop water
• Semiconductor and photovoltaic wastes
• Fluoride and high solids removal
• Tumbler deburring slurries