Occupies a small footprint with high integration, requires no civil construction, and can be quickly installed for immediate use;

No need for chemical additives, produces minimal sludge, and generates no by-products;

Lower investment and operating costs compared to tubular ceramic membranes, with higher membrane flux;

Compared to organic ultrafiltration membranes, offers strong anti-fouling performance, higher flux, and better chemical stability, allowing combination with ozone, while traditional organic membranes are not oxidation-resistant and cannot be paired with ozone oxidation technology;

Ozone serves both as a pre-oxidation agent and slows the fouling rate of ultrafiltration membranes;

Automated operation with remote monitoring capabilities;

Modular design, allowing flexible scaling.