Waste water streams are treated upstream and end of pipe for possible, reuse of water in the production process, or for discharge to surface water or to site/community biological waste water treatment
Industrial Process & Waste water
Typical Challenges MPPE can meet:
- High influent concentration
- High reduction factors
- Varying concentrations and compositions
- Varying flows
- Varying/wide pH range
- Presence of salts, surfactants, heavy metals, alcohols, monomer residues, pre-polymers etc.
MPPE particles (e-microscope)
Removal of total spectrum of non polar (toxic) and polar organics proven in practice:
Toxic Non-polar, non-biodegradable compounds are removed by MPPEm, followed by biotreatment removing polar biodegradable compounds.
Full turnkey contracting is possible,as is partnering with local biotreatment suppliers.
Extra benefits are:
- Small footprint
- Upstream integrated operation with remote control
- Scope of adding other process- and groundwater streams for treatment in one unit
- Reduced sludge formation in biotreatment
- Modular set up for large flows (thousands of m3/hr)
Case studies for Industrial Process & Waste water
MPPE System Synthexim - France
Treatment of Process water & runn off water
99.9% removal
Operational since 2004
MPPE in treatment of Tank Cleaning-, Process- and Groundwater
MPPE for removing non polar/toxic organic compounds
Effluent in Rotterdam harbour
Operational since 2001
MPPE System Gaz de France (France)
Waste water treatment
Removal of Tetrahydrotiophene, BTEX
Operational since 2001
MPPE System for waste water (Resin production) USA
Waste water treatment
99.99% removal of aromatics (BTEX)
Operational since1998
MPPE System Philips (Germany)
Process water treatment
99.99% removal of aromatics/toluene
Since 1998