Ultrafiltration
Ultrafiltration provides macro-modular separation to remove colloids, particles, large organics and microbiological contaminates.
France
Tel: +33 169 752 575
Emergency: +33 613 307 015
Germany
Tel: +49 514 18 030
Emergency: +49 514 1803 488
Italy
Tel: +39 345 7065 970
Emergency:+39 338 6630 892
Netherlands/Benelux
Tel: +31 6 182 106 15
Tel: +32 470 601 558
Emergency: +49 514 1803 488
Poland
Tel: +48 668 887 258
Emergency: +48 722 030 301
Spain | Portugal
Tel: +34 916 667 716
Emergency: +34 619 715 700
Sweden | Denmark | Norway | Finland
Tel: +46 70 247 57 18
United Kingdom
Tel: +44 (0)7443 240 726
Emergency: +44 (0)1782 590 800
Hungary | Czech Republic | Slovakia
Tel: +48 668 887 258
Emergency: +48 722 030 301
A purification technology that uses a semi-permeable membrane to remove dissolved salts, organic and inorganic molecules and particles from water.
We offer a range of mobile brackish water reverse osmosis assets to meet your specific requirement. These assets are available either within trailer-mounted or containers.
Trailers
MORO 4 X25T® provides four reverse osmosis skids. Each skid can produce > 25m3/hr permeate with a salt rejection of > 95%. They may be operated independently allowing the use of 1,2,3 or 4 skids in parallel to produce > 100m3/hr. Alternatively, 2 or 4 skids can be operated in double pass to produce up to 40m3/hr permeate with a salt rejection of > 99%. This flexible reverse osmosis is designed to meet a range of quality and quantity demands.
MORO 50T®, MORO 42T® and MORO 10T® mobile reverse osmosis assets are capable of producing > 50m3/hr, > 42m3/hr and > 10m3/hr permeate, respectively with a salt rejection of > 95%.
Containers
MORO 25C® mobile reverse osmosis asset is capable of producing > 25m3/hr with a salt rejection of > 95%.
Standard features
Ultrafiltration provides macro-modular separation to remove colloids, particles, large organics and microbiological contaminates.
Deionisation for the removal and reduction of dissolved ions to produce high-quality water using ion exchange resins.