微滤依赖于机械保留机制，而不是固体捕获的概率。微滤系统作为固液分离设备的高效性确保了在给水水质变化的情况下遵守监管规定。调节饲料以满足水质变化是最小的。微滤系统可以提供一种独特的双屏障方法，通过去除粪便细菌和囊肿来改善微生物质量。系统性能可通过压力“膜测试”进行常规监测，以确保系统完整性。 通过使用创新的反洗和操作制度，结合高效的模块化设计，现在可以使用微滤系统进行大规模的水生产。这些系统可以与传统技术相比具有成本竞争力，同时提供微孔膜过滤固有的质量优势。

Microfiltration relies upon a mechanical retention mechanism instead of probability of solids capture. The high efficiency of the microfiltration system as a solids liquid separation device assures regulatory compliance despite variations in feed water quality. Conditioning of the feed to meet water quality variations is minimal. Microfiltration systems can provide a distinctive double barrier approach to improve microbiological quality aspects through the removal of fecal bacteria and cysts. System performance can be routinely monitored by a pressure of "Membrane Test" to assure system integrity. large scale water production, using microfiltration systems, is now possible with the use of innovated backwash and operating regimes in combination with efficient modular designs. These systems can be cost competitive with conventional technologies while offering the intrinsic qualitative advantages of microporous membrane filtration.