Industrial Membrane Innovation

Non-solvent induced phase separation (NIPS) process	Thermally induced phase separation (TIPS) process
Overview: • State-of-the-art NIPS process • 20 production line • In-house developed material composition • PVDF material • Developed for PoraMax™ line products High performance: • High and stable permeate flux • Excellent separation capability • Low operating pressure High reliability: • Narrow pore size distribution guarantees excellent treated water qualtiy • PVDF material provides exceptional chemical compatibility High durability: • Enhanced tolerance to cleaning chemicals High mechanical strength • Membrane is made tougher • Abate breakage under harsh environment Long lifespan • Longer service life • Reduced maintenance Download Manual	Overview: • State-of-the-art TIPS process • 5 production line • In-house developed material composition • PP material • Developed for PermaMax™ line products • Suitable for MBR applications High performance: • High and stable permeate flux • Excellent separation capability High reliability: • Narrow pore size distribution guarantees excellent treated water qualtiy • PP material provides exceptional chemical compatibility High durability: • High mechanical strength • Membrane is made tougher • Abate breakage under harsh environment Long lifespan: • Longer service life • Reduced maintenance Download Manual
Microscopic view
Following are the key characteristics which define the superior technology of TriTech membranes.

TriTech FO Membranes

Overview:

The in-house R&D team based in Singapore, Tritech Water Technologies has developed the novel FO membrane. The TFC FO membrane has superior performance than current commercialized CTA FO membrane.

Advantages:

The main advantages of FO over current technologies used water reclamation includes lower energy requirement and lower membrane fouling propensity.

Applications:

Desalination ·
Landfills
Water Reclamation
Food Processing
Emergency water supply
Membrane Bio Reactor
Oil & Gas Exploration ·
Wastewater treatment

Forward Osmosis: A Green Technology

Unique Technological Advantages:

FO overcomes fouling limitations inherent in pressure driven membrane separations allowing proper filtration and concentration of difficult products and waste streams.
FO can process feed streams; a source of dirty or polluted water containing high levels of suspended solids.
In separations driven by hydraulic pressure (such as RO) all components of a feed stream are unselectively forced against the membrane surface.
In FO, osmotic pressure, which is hydraulic pressure created by Osmosis as water passes through a semi-permeable membrane into a more concentrated stream, selectively draws molecules through the membrane avoiding membrane fouling and compaction.
FO is a process normally occurring in nature that, when harnessed for water filtration and liquid transfer, requires little or no electricity or external power source.