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“A multi-award winning company, which has developed a novel bio-based adsorbent material that can selectively capture micropollutants including pesticides, pharmaceuticals and high-performance chemicals like per and polyfluoroalkyl substances (PFAS) from wastewater is exhibiting at WEFTEC 2018.
CustoMem, founded in 2015 by two Imperial College London graduates, has combined its expertise in biomaterials and synthetic biology to create the new bio-adsorbent called CGM (CustoMem Granular Media).
This new bio-adsorbent has been developed at a time when there is increasing public concern and push for regulation of PFAS chemicals in water sources. After the recent state of emergency in Michigan county and toxicological research by US Department of Health and Human Services, the EPA is under pressure to act against public PFAS exposure.
There are also increasing environmental issues at commercial airports, military sites and petrochemical plants where Aqueous Film Forming Foams (AFFFs), which contain PFAS, are irreplaceable for high performance firefighting.
‘Our CGM product can treat these industries’ industrial wastewater and help restore legacy contamination sites, thus preventing leaching into drinking water and agricultural land,’ said CustoMem CEO Henrik Hagemann. ‘The adsorbent can selectively capture micropollutants in standard steel tank processing equipment and the captured waste is disposed of safely or re-purposed. The CGM can then be chemically regenerated using a non-hazardous proprietary wash.
‘The superior performance and cost-effectiveness of our products have been validated in our laboratory and in initial trials with clients,’ explained Mr Hagemann. ‘We are currently undertaking on-site trials and have formalised two agreements with strategic partners for initial feasibility studies. We are extremely excited and interested by any opportunities to develop strategic partnerships with other companies in North America.’
‘A critical point,’ explained Henrik Hagemann, ‘is that our CGM’s optimised performance allows faster flowrates and saves floor space, utilising up to four times less plant footprint than activated carbon solutions. This provides significant cost savings to customers compared with traditional adsorbent materials like anion-exchange media and granular activated carbon.’ “