MEMCROSS Modules


Description


Our MEMCROSS membrane modules for crossflow filtration consist of durable, robust stainless steel module housings (MO-C) and inserted, replaceable membrane elements (ME-C).

 

The basis for our MEMCROSS membrane elements (ME-C) are our self-manufactured tubular membranes (MEMTUBE-CROSS). These optimized and efficient tubular membranes are available with the inside diameter of 6, 8, 10, 12.7 or 24 mm. The tubular membranes, arranged in parallel and collected in bundles, are potted on both ends in epoxy resin. The compact MEMCROSS membrane elements (ME-C) are available in six different nominal diameters: C65 (2,5"), C80 (3"), C100 (4"), C150 (6"), C200 (8") and C250 (10").

 

According to customer requirement and application our MEMCROSS membrane modules are available in various combinations of nominal diameters of membrane elements, inside diameter of tubular membranes and membrane material (see on top "technical data"). Membrane surfaces of up to 63 m² per element can be realized.

 

The compact MEMCROSS membrane modules are characterized by simple and economic replaceabilitiy. With this unique module system the membrane elements can be changed individually and from the customer themselves onsite. Whereas the stainless steel module housings can be reused several times. The design of the stainless steel module housings can be adapted to customer requests in regards to connection details.

 

If required we produce our MEMCROSS membrane modules also with module housings in FRP or PVC.

 

Further variations are available as tailor made and individual solutions

(see CUSTOM MODULES MEMCROSS) >>>

technical data


Variations from MEMOS MEMCROSS – Tubular modules for crossflow filtration
System size (DN) C65/C80/C100/C150/C200/C250/C300
System size (inch) 2,5“/3“/4“/6“/8“/10“/12“
Polymer material PVDF, PES, PS
Available separations 30, 80, 100, 250 kDa
Membrane diameter 6, 8, 10, 12.7, 24 mm
Tubular membrane length max. 4000 mm
pressure range -40 to +1000 kPa
Temperature up to +70°C

Funktion