Containerized
Super Cerafilter

The separation layer of ceramic membrane is manufactured using a specialized process that creates a micro- and nanoporous structure for high-precision filtration. During combined air-and-water backwashing, the filter cake detaches in large sections, thoroughly cleaning the membrane surface and overcoming the clogging problems commonly associated with conventional membrane filtration. The system also offers short backwash time, low backwash water consumption and simple operation. Applications include drinking water production to stringent quality standards, swimming pool water filtration, reuse of treated wastewater effluent, electroplating wastewater treatment, seawater desalination pretreatment, circulating-water filtration, and water treatment for power plants, mining operations and other industries.

1. 01

   Factory-built. Rapid deployment.

   The complete process, piping, valves, instruments and electrical controls are assembled, pressure-tested and commissioned at the factory. Connect water and power on site for immediate start-up, without lengthy civil works—ideal for emergency water supply, temporary worksites and repair projects.

2. 02

   Easy transport. Relocate and reuse.

   Standard 20 ft / 40 ft shipping containers support road, trailer and sea transport, with crane handling. After a project, the complete unit can be relocated for reuse, reducing one-off investment waste.

3. 03

   Minimal civil works. Small footprint.

   Only a level, hard-surfaced foundation is required, without a dedicated building or constructed treatment basins. The equipment footprint is much smaller than conventional water-treatment equipment, making it suitable for constrained sites.

4. 04

   Modular design. Flexible expansion.

   Each container can operate independently or be combined in parallel to expand capacity.

5. 05

   Controlled investment. Shorter project schedules.

   Reduced civil works, installation and commissioning shorten the overall project cycle. Temporary and short-term projects benefit from reusable equipment that avoids idle, permanently constructed infrastructure.