Energy Efficient MBR Membrane Module | Low Energy Submerged MBR System

Yuanxian High-tech Material Trading (Tianjin) Co., Ltd. is one of the leadnig manufacturers and suppliers of energy efficient mbr membrane module | low energy submerged mbr system in China. We provide advanced materials made in China with low price. Welcome to wholesale bulk CE approved energy efficient mbr membrane module | low energy submerged mbr system from our factory. Contact us for customized service and free sample.

Delivers clear water with ultra-low contaminants (typically TSS < 2 mg/L, COD ≤ 10 ppm, BOD ≤ 5 ppm). Features 0.04–0.1 μm pore size, 500× higher filtration precision than traditional sand filtration, effectively removing bacteria, viruses, colloids and suspended solids.d

Aeration Energy: Where the Savings Come From
In any submerged MBR, the single largest energy consumer is aeration - both for supplying oxygen to the bacteria and for scouring the membrane surface to control fouling. Our design attacks this from two angles: First, the fiber spacing and module geometry are optimized through CFD modeling to achieve effective scouring at lower air flow rates. Second, our hydrophilic PVDF surface resists fouling even at reduced shear, meaning you can run longer filtration cycles between backwashes. The combination typically reduces aeration energy to 0.15–0.35 kWh per cubic meter of permeate - a 20–30% improvement over conventional MBR designs. Over a 20-year plant life, that difference is measured in hundreds of thousands of dollars.

Optimized Fiber Spacing: CFD-Designed Flow Paths
The spacing between hollow fibers in a membrane module might seem like a minor detail - but it's where fluid dynamics determines everything. Too tight, and air bubbles can't effectively travel up the fiber length, leaving dead zones where fouling accelerates. Too loose, and you sacrifice packing density, needing a larger module for the same membrane area. Our engineers use computational fluid dynamics to find the sweet spot: fiber spacing that allows bubbles to rise uniformly through the entire bundle, creating consistent shear stress at every fiber surface while maximizing membrane packing density. It's precision engineering that you'll never see - but you'll feel it in your energy bill.

1. Solar-Powered Remote Treatment - Off-Grid Wastewater
A remote eco-lodge generates wastewater but has no grid connection - only solar power. Traditional MBR would demand more electricity than the PV array can provide. Our energy-efficient modules, with optimized aeration and the option for variable flux operation, bring the power demand down to what a modest solar + battery system can sustainably supply. The lodge treats its wastewater off-grid, produces reuse water for gardens and flushing, and maintains a zero-discharge footprint. It's wastewater treatment that aligns with a genuine commitment to sustainability.

2. Municipal Plant Retrofit - Slashing OPEX
A city's 20-year-old MBR plant is meeting effluent standards, but the energy bills are unsustainable - aeration alone consumes 60% of the plant's electricity. By retrofitting with our energy-optimized membrane modules and adding DO-based aeration control, the city reduces aeration energy by 25–30%. The payback period on the module replacement? Approximately 3–4 years. After that, it's pure savings - year after year for the remaining plant life. For municipal budget managers, this is the rare infrastructure upgrade that pays for itself.

Our Products have CE, SGS, ISO Certificates.

Packing: carton + pallet.

We support customized package:

1) All the products are packed with seaworthy packing.
2) Customer's special requirement for packing can be satisfied.
3) Air freight, sea freight and truck freight are all available.

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