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

Process

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)

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

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.

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

Core Product & System

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

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

• FMBR-E100 Series

  • Membrane area: 1.0m2
  • Design Flux (LPD): 400~600

• FMBR-A80 Series

  • Membrane area: 0.8m2
  • Design Flux (LPD): 320~480

• FMBR-A150 Series

  • Membrane area: 1.5m2
  • Design Flux (LPD): 600~800

• FMBRE100/A80/A150Module

• HMBR-MA10 Series

  • Surface: 10m2
  • Design Flux (LPD): 2,000~5,000

• HMBR-MB25 Series

  • Surface: 25m2
  • Design Flux (LPD): 5,000~12,500

• FMBR-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 / 42.5m2

• TMF 8" Series

  • 6mm Tubular Surface: 43.6m2 / 34m2
  • 8mm Tubular Surface: 36.3m2 / 27.2m2

• TMF 6" Series

  • 6mm Tubular Surface: 19m2
  • 8mm Tubular Surface: 15.2m2

• TMF 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.

Applications

Solution Technology

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