What if an ultrafiltration membrane provided…
3 to 10 times higher flux than other membranes
What if a membrane had all of these advantages with a better total cost of ownership compared to polymeric hollow fiber systems?
The wait is over, the CM-151™ from Nanostone:
Water enters the CM-151™ module through the bottom of the vessel and enters the feed channels. A manufacturing breakthrough is the patented ceramic flat sheet segment design. Each ceramic segment is manufactured on an individual basis which dramatically increases the manufacturing efficiency in both extrusion and the ceramic sintering process. The individual segments are then bound together in a monolith structure with a proprietary potting material developed to provide the necessary strength as well as temperature and chemical resistance to match the operating life of the ceramic membrane itself.
Nanostone Water Inc’s Ceramic Ultrafiltration Module Receives NSF/ANSI Standard 61 and NSF/ANSI Standard 372 Certification
Filtration & membranes
CM-151TM Technical Data Sheet
Nanostone Water's CM-151 ceramic UF is the next generation membrane for industrial and municipal water treatment and water reuse. It comprises near-inert ceramic materials and specifically selected non-ceramic materials in a unique design and manufacturing technology to provide the inherent robustness of ceramics at a capital cost comparable or better than polymerics. The result is a more reliable