S-MBRU Membrane Bioreactor Unit

Negotiable
China
No. 23-2 BOW Building, West Ring Road, Life Science Park Road, Changping District, Beijing
+86 15506331377
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Product Introduction

Membrane Bioreactor (MBR) technology is one of the mainstream technologies in China's "energy conservation and emission reduction" and "sewage resource utilization" strategies. OriginWater's Save Membrane Bioreactor Unit (S-MBRU) is the core product that further reduces energy consumption of MBR technology. It adopts trough-type gas collection pulse aeration technology and three-position water collection technology for lower sweeping energy consumption; interactive high-shear aeration structure provides stronger anti-fouling performance.

Product Features

  • High Effluent Quality Uniform membrane filament pore size distribution, high filtration precision, effluent turbidity below 1NTU;
  • Low Operating Energy Consumption Trough-type gas collection pulse aeration technology and three-position water collection technology, unit water production sweeping energy consumption 0.1kW·h/m³;
  • Strong Anti-Fouling Ability Unique gradient network pore structure of membrane filaments, interactive high-shear aeration structure of the unit, improving anti-fouling ability and high chemical cleaning efficiency;
  • Small Footprint Membrane tank packing density up to 350m²/m², hydraulic retention time less than 1h;
  • Long Service Life Adopting filament arrangement technology and soft glue protection at membrane filament roots, solving root filament breakage problem, service life more than 5 years.
Product Parameters

Specification Parameters

Membrane Unit Model Rated Treatment Capacity (m³/d) Number of Membrane Modules (pcs) Dimensions (mm)
S-MBRU-S72-IV-35-A/D* 1300 72 3250×1750×2930
S-MBRU-S52-IV-35-A/D 950 52 2490×1750×2930
S-MBRU-S36-IV-35-A/D 650 36 1882×1750×2930

Note: (1) *A/D: 304/316L material;
(2) Special specifications can be customized according to user requirements.

Membrane Module Type Hollow Fiber Curtain Type Permeate Turbidity (NTU) <1
Average Design Flux* (LMH) 18~25 Aeration Air-Water Ratio (6~8):1
Recommended Operating Temperature 10~35 Recommended Sludge Concentration (g/L) 8~12
Maximum pH Tolerance Range 2~12 Recommended Operating pH Range 6~9
Maximum Transmembrane Pressure Difference (kPa) 45 Limit Transmembrane Pressure Difference (kPa) 80
Maintenance Chemical Cleaning Cycle 1 time/week Recovery Chemical Cleaning Cycle 1 time/month

Note: * Average design flux is determined according to water temperature and water quality conditions.