Cost-effective EasyCon
When cost is key and improved return on investment (ROI) is of great importance, the EasyCon Filtration Unit is the right choice for concentrating solids.
GEA cross-flow filtration technology with nanofiltration or reverse osmosis spiral-wound membranes can be used to concentrate the solids content of various feedstocks.
For concentration applications, reverse osmosis membranes should be used. If a partial demineralisation is required, nanofiltration membranes are recommended. Operating at temperatures of approximately 10–15 °C, the filtration unit eliminates the risk of thermally stressing the product.
EasyCon - easy to install and operate
Frame-mounted and ready for installation, the EasyCon unit includes filtration modules with nanofiltration or reverse osmosis membranes, pumps, instruments, a clean-in-place (CIP) dosing unit and control technology for automatic and easy operation.
Operating parameters and performance data of the EasyCon
- Processing feedstocks with a TS of 5–12%, a maximum concentration of up to 25% can be achieved
- With a volumetric concentration factor (VCF) of 4.0, 1,500 l/h of water can be removed from an infeed of 2,000 l/h
- Capacities from 2,000-32,000 l/h
- Low operating temperature (approx. 10–15 °C)
EasyCon at-a-glance
- Plug & play design for fast installation and commissioning
- Compact system design for small footprint
- No assembly on site as all components are frame-mounted
- Automatic control and visualization with touchscreen for easy operation
- Processing of multiple products possible
- Spiral-wound nanofiltration or reverse osmosis membranes
- Standardized modular design to reduce investment costs and improve the return on investment
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Was Wasser wirklich kostet
In Europa ist Dürre längst keine Ausnahme mehr – und schon lange nicht mehr nur ein Thema des Südens. Wasser wird zunehmend zum Standortfaktor für die Industrie, doch sein wirtschaftlicher Wert unterscheidet sich von Region zu Region. Es gibt viele technologische Wege zu mehr Wassereffizienz in industriellen Prozessen – welcher davon der richtige ist, hängt jedoch auch vom Standort, vom Energiebedarf und weiteren Faktoren ab.
