The top tier value source for membrane water & wastewater Solution.
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What do we do
Commerical RO Skid
Industrial RO Skid
UF Skid
Solar RO Skid
Commerical & Industril UF Skid
Deminerised Water Skid
Supported Hollow Fiber MBR Module
Flatsheet MBR Module
Tubular Membrane
Containerised RO System
Ultrapure Water Skid
UF Membrane
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Electromembrane Processes consist of those technologies that apply the electric potential gradient as the driving force of ion transport. The main electromembrane processes are:
Electrodeionization (EDI)
Electrodialysis (ED)
Electrodialysis reversal (EDR)
Electrodialysis with bipolar membrane (EDBM)
Capacitive deionization (CDI)
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RO is very effective in treating brackish (surface and ground), tap and sea water for both small and large applications. Some examples of applications:
Municipal drinking water
Food and beverage industry
Agricultural irrigation
Industrial ultrapure water
Industrial process water
Waste water reuse
Power industry (boiler feed water, cooling towers)
Municipal/industrial water reuse
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MBRs stand out for their efficiency in treating high-strength wastewaters and their smaller footprint compared to traditional systems. They are ideal for places where space is limited or where environmental regulations require high-quality effluent. Their automated nature also makes MBRs a low-maintenance, user-friendly choice for effective wastewater management.
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Ion exchangers are used to remove salts (cations and anions) from the water. The typical application are
Softeners - Removal of Calcium (Ca) and Magnesium (Mg)
Cationic/Anionic demineralisation plants
Mixed Bed Polishing plants
Selective ion-exchange for the removal of heavy metals
Technology We Apply
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MEMTIK FMBR SERIES MBR ADVANTAGES
PVDF Material
Permanently hydrophilic (dry storage)
Higher MLSS concentration
High & stable flux
High tensile strength
High chemical resistance
No backwash required
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MEMTIK HMBR SERIES MBR ADVANTAGES
PVDF Material
Permanently hydrophilic (dry storage)
Reinforced hollow fibre
High & stable flux
High tensile strength
High chemical resistance
Suitable for backwash
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FMBR-E100 Series
• Membrane area: 1.0m2
• Design Flux (LPD): 400~600FMBR-A80 Series
• Membrane area: 0.8m2
• Design Flux (LPD): 320~480FMBR-A150 Series
• Membrane area: 1.5m2
• Design Flux (LPD): 600~800FMBRE100/A80/A150Module
HMBR-MA10 Series
• Surface: 10m2
• Design Flux (LPD): 2,000~5,000HMBR-MB25 Series
• Surface: 25m2
• Design Flux (LPD): 5,000~12,500FMBR-MA10/MB25 Modules
MEMTIK TMF SERIES Tubular Membrane ADVANTAGES
High velocity
High filtration precision
Low fouling
Excellent pore distribution
Resistant to pH extremes
Cross-flow filtration
Optimized for purification & concentration of feed liquids with high suspended solids.
Structured with Hyper™ PVDF (polyvinyl difluoride) for high alkali resistance or PS (polysulfone) for high caustic resistance, delivering high strength and molecular weight cut-off precision (100k ~ 500k Daltons).
TMF 10" Series
• 6mm Tubular Surface: 68m2 / 50m2
• 8mm Tubular Surface: 56.7m2 / 42.5m2TMF 8" Series
• 6mm Tubular Surface: 43.6m2 / 34m2
• 8mm Tubular Surface: 36.3m2 / 27.2m2TMF 6" Series
• 6mm Tubular Surface: 19m2
• 8mm Tubular Surface: 15.2m2TMF 4" Series
• 6mm Tubular Surface: 8.5m2 / 5.5m2
• 8mm Tubular Surface: 6.4m2 / 2.1m2
The Benefit of Membrane Bioreactor MBR in Aerobic/Anaerobic Biological Process
Enhanced Treatment Efficiency:
Membrane Bioreactors (MBRs) improve the treatment efficiency of aerobic/anaerobic biological processes by providing a physical barrier that separates the biomass from the treated water, resulting in higher quality effluent.
Enhanced Treatment Efficiency:
Membrane Bioreactors (MBRs) improve the treatment efficiency of aerobic/anaerobic biological processes by providing a physical barrier that separates the biomass from the treated water, resulting in higher quality effluent.
Reduced Sludge Production:
MBR technology leads to reduced sludge production due to the retention of biomass within the system, resulting in lower disposal costs and environmental impact.