الوصف

PermaMax™ MBR hollow fiber membrane modules from Tritech (Singapore) Water can be used in treating various industrial and municipal wastewater of variable water quality. We have the capability to provide professional technical support that includes in-house design consultation, selection of optimal process flow and after sales support to our customers. Tritech is committed to its customers worldwide by providing cost-effective, reliable and sustainable solutions with its innovative and customer-centered MBR systems. Tritech incorporates state of the art production technology that produces reliable and advance PermaMax™ MBR hollow fiber membranes developed by Tritech (Singapore) Water Institute membrane experts and scientists.

Based on the exceptional dedicated R&D strength of Tritech Water Institute in the field of specialized membrane manufacturing, Tritech has developed its own Thermally Induced Phase Separation (TIPS) technology for fabricating MBR hollow fiber membranes using high performance polymer materials such as polyvinylidenefluoride (PVDF) and polypropylene (PP). Such high performing MBR hollow fiber membranes are complimented by effective and reliable submerged MBR membrane modules solely developed by Tritech (Singapore) Water Institute.

PermaMax™ MBR hollow fiber membrane features:

• High performance
High and stable permeate flux with excellent separation capability.

• High reliability
Narrow pore size distribution guarantees excellent treated water quality. PVDF material provides exceptional chemical compatibility and durability.

• High mechanical strength
PermaMax™ MBR hollow fiber membranes are made exceptionally tough to abate breakage under harsh environment.

• Long lifespan
Longer service life reduces maintenance and replacement frequency. This reduces system downtime and sustains performance KPIs.

Product benefits:

• Excellent quality product water
PermaMax™ MBR hollow fi ber membrane module utilizes PVDF membrane with nominal pore size of 0.*8 μm, is capable of producing product water of reliable quality with below 1 NTU. The treated water is free from e. coli and has minimal suspended solids.

• Low capital cost and compact design
The MBR system does not require a final sedimentation tank and can be retrofi tted into existing plant with ease. With a higher MLSS, of *********0 mg/L, than conventional method, the MBR system can accept high organic (BOD) loading with less excess sludge production.

• Ease of maintenance
Minimal maintenance personnel required with full automation on system backwash and chemical clean-in-place (CIP).