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To bio-engineer bespoke communities for increased methane production and stable treatment in harsh environmental conditions. A series of 3D-printed anaerobic reactors within which they will model microbial recruitment during granule formation and use this to bio-engineer bespoke communities for increased methane production and stable treatment in harsh environmental conditions.
Our academic partner recognises that the scope of Anaerobic Digestion (AD) applications is limited by the complexity of wastewater containing increasing concentrations of salt or sulfide ions which inhibit the final methane-producing step.
They plan on developing a series of 3D-printed anaerobic reactors within which they will model microbial recruitment during granule formation and use this to bio-engineer bespoke communities for increased methane production and stable treatment in harsh environmental conditions.
They are looking for an industry partner to be involved in anNBIC POC4 application.
National Biofilms Innovation Centre, where we connect and collaborate with academics and industrial partners to harness the UKs academic and industrial strengths in Biofilms for economic and Societal benefit. we are funded by BBSRC and Innovate UK and the Hartree centre.
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