Mega-Pulse Membrane Bioreactor Unit (MP-MBRU), relying on OriginWater's core patented technology, achieves effective control and mitigation of membrane fouling under high flux and ultra-low energy consumption conditions through innovative structural design and material optimization, as verified by 10,000-ton sewage treatment projects. It significantly extends chemical cleaning cycles and maintains long-term stable operation of membrane bioreactors. The launch of the MP-MBRU product marks another technological breakthrough by OriginWater in the field of membrane water treatment, providing innovative solutions for the efficient and low-carbon development of municipal sewage treatment.
Product Features
High Energy Saving
The unit adopts mega-pulse aeration technology to achieve uniform air distribution, full coverage, high instantaneous shear force and large bubble scrubbing, with an air-water ratio ≤3:1, and sweeping energy consumption per ton of water ≤0.05kW·h/m³, nearly 50% lower than the industry average;
High Flux
Gradient pore membrane material, balanced unit structure and uniform low-resistance water collection system achieve a flux increase of more than 20%, with instantaneous flux up to 35LMH and average flux of 30LMH;
High Lifespan
Adopting fiber-reinforced composite technology, the membrane filament has high strength and breaking stress exceeding 200N; sodium hypochlorite resistance ≥5 million ppm·h, strong oxidation resistance, material lifespan ≥20 years; membrane filament root protection reduces wear and bending rate, service life up to 10 years, membrane replacement cycle extended by 25%, significantly reducing membrane replacement costs;
High Packing
Innovative design achieves high-density arrangement of membrane filaments, with a maximum packing area of 3520m² per unit, shortening the hydraulic retention time of the membrane tank and saving more than 30% of floor space;
High Fouling Resistance
The combination of super-hydrophilic modified membrane material and gradient network membrane pore structure, automated orderly filament arrangement membrane element structure, uniform low-resistance water collection system and mega-pulse aeration technology effectively improves anti-fouling performance, extending offline cleaning cycle from 1 year to 1.5-2 years, reducing cleaning chemicals and lowering operating costs.
