✅ WAVE MBR
- ✔No Contaminant in upper position
- ✔No Sludge Clogging in membrane
- ✔No Aerator in LENA system
- ✔Less DO in RAS → Direct return to anoxic/anaerobic
- ✔One or no recirculation pump for N & P removal
⚠ Conventional MBR
- ✖Needs aeration accessories (risk of clogging)
- ✖Acceptable MLSS: < 100,000 mg/L
- ✖Blower needed (post anoxic zone)
- ✖More internal recirculation required
📊 Permeate Quality (WAVE vs Conventional)
- ✔Higher denitrification with WAVE
- ✔Effective DO control in recycled sludge
- ✔Stable flux (avg. 5 LMH)
- ✔Low TMP increase (-0.00018 bar/day)
🛡 Durability Test Results
- ✔No changes in membrane/module/PU after 1 year
- ✔No interface degradation observed
- ✔Acceleration test shows at least 6 years durability
Our Revolutionary Technology: WAVE MBR
Our flagship solution, WAVE MBR, represents a groundbreaking advancement in membrane bio-reactor systems, offering unparalleled efficiency and performance in wastewater treatment. This revolutionary technology provides significant advantages over conventional systems with its unique reciprocating motion design.
80% Energy Savings
Dramatically reduces operational costs with highly efficient processes and minimal power requirements
Low Sludge Generation
Minimizes waste production and disposal requirements by up to 60%
Superior Water Quality
BOD reduced from 1700 to 2 mg/L - exceeds all international quality standards
Fast ROI
Less than 1 year return on investment due to operational savings
Reciprocating Motion
Patented system significantly reduces fouling and maintenance requirements
No Air Scouring
Eliminates the need for energy-intensive air scouring systems
Technology Visualization
Sludge
Wastewater
MBR Effluent
Parameter
Conventional
WAVE MBR
High Durability
Strong anti-peeling and long-term performance.
High Flow
Superior water permeability from PVDF sponge structure.
Convenience
Easy hydrophilization with water, no chemicals needed.
Cleanfil-S Product Lineup
| Model | Surface Area | Case Material | Size (mm) | Weight |
|---|---|---|---|---|
| S20H | 20m² | ABS | 1185 x 105 x 626 | Dry: 13.8kg / Wet: 18.0kg |
| S30V | 36m² | PVC | 1070 x 81 x 2420 | Dry: 16.3kg / Wet: 22.5kg |
| S40V | 22m² | PVC | 700 x 50.5 x 2440 | Dry: 9.2kg / Wet: 13.8kg |
Cleanfil-S Specifications
- Membrane Material: PVDF
- Braid Material: PET
- ID/OD: 0.8 / 2.0 mm
- Pore Size: 0.1 µm
- Pure Water Permeability: 1080 LMH at -100mmHg
- Strength: 25 kgf/fiber ↑
Key Milestones
1989
Membrane research started
1995
Production line established
2001
Launched Cleanfil-S for water treatment
2020
Acquired all membrane business
Performance & Durability
Module Durability Test
Tensile Strength Test
Peel-off Test
Key Achievements & Clients
Municipality (Sewage)
Capacity: 90,000㎥/D (2015)
Municipality (Desalination)
Capacity: 22,000㎥/D (2014)
Coca-Cola (Hawaii)
Industrial wastewater
Capacity: 200㎥/D (2004)
Municipality (Drinking)
Capacity: 40,000㎥/D (2012)
Private Company
Industrial wastewater
Capacity: 10,000㎥/D (2010)
Get in Touch With Us
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