1 Very High Separation Performance: Reduction factor. 1,000,000 times = 99.9999% removal if required.
2 Cost Competitive: Cost competitiveness proven compared with air stripping and activated carbon, steam stripping and biotreatment systems.
3 Low Energy Consumption:
- Low energy input to release hydrocarbons from MPPE particles (in situ regeneration)
- Energy consumption up to 50 times lower than steam stripping
4 Robust, No Fouling:
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Anaerobic operation at ambient temperature. No interference from dissolved iron, heavy metals, surfactants, salt and polar compounds, and no scaling
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No biological fouling because of periodic in situ regeneration by steam
5 Reliable and Easy Operation:
6 Flexible Operation:
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Once installed, the unit can treat higher and lower flows and concentrations. For example, if the concentration is 50% higher, effluent requirements can still be maintained with only a 10% lower flow.
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At lower feed concentrations, higher flows can be treated while still meeting the effluent demand
7 Compact Equipment: Compared to existing technologies, the unit is compact with a small footprint.
8 Ideal for Upstream Process Integration: Because it is compact, robust, reliable, fully automated, remote controlled, easy to operate and flexible, it is ideal for process integrated applications.
9 Performance Guarantee during Operational Life: The material performance is guaranteed during the operational life of the unit irrespective of the number changes of the MPPE material
10 Environmental Benefits:
- Practically pure separated hydrocarbons for use/reuse
- Low waste of polymer
- Long lifetime
- Reuse of spent material
- Low energy consumption
- Low noise
- No addition of chemicals
- No emission to air
- No (chemical) iron hydroxide waste
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