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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Bilans wodny
W całej Europie susza staje się powracającym zjawiskiem – i nie dotyczącym już tylko południa. Choć dostęp do wody w coraz większym stopniu wpływa na wybór lokalizacji zakładów przemysłowych, to o jej wartości decyduje kontekst lokalny. Istnieje wiele rozwiązań technologicznych pozwalających na oszczędne gospodarowanie wodą w procesach przemysłowych, jednak kluczowe znaczenie mają także lokalizacja, zapotrzebowanie na energię oraz inne czynniki.
