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• W3144714462 abstract "Bio-enhanced activated carbon (BEAC) filters have shown potential in source water purification. The key drawback of this system is the difficulty of the set-up at low temperature. Here, glucose was applied to help immobilize more functional heterotrophic nitrifiers and further improve NH 4 + -N removal by BEAC. Results showed that pre-loading glucose on granular activated carbon could achieve better immobilization efficiency with 5.12 × 10 8 CFU/g-DW C biomass and 3.77 mg TF/L/g-DW C dehydrogenase activity after artificial immobilization, which were separately 12.5 and 4.2 times of the control. 95-d running data at different conditions showed the superiority of both immobilization and NH 4 + -N removal could last and defend environment changes during relatively long period. Even at the end of operating, the abundance of targeting genus ( Acinetobacter ) still occupied 9.59% of microbial communities on BEAC, while this value was only 1.24% without pre-loading glucose. Biolog-ECO plate analysis found pre-loading glucose improved organic nitrogen metabolism effectively, along with carbohydrate, amino, alcohol, amine and carboxylic acid metabolism on BEAC. • A method was proposed to modify the BEAC by pre-loading glucose on GAC. • This method led 12.5 times higher immobilized functional biomass. • This method could also improve the NH 4 + -N removal performance of the modified BEAC. • The superiority could resistant to environmental changes." @default.
• W3144714462 created "2021-04-13" @default.
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• W3144714462 date "2021-09-01" @default.
• W3144714462 modified "2023-10-12" @default.
• W3144714462 title "Application of glucose for improving NH4+-N removal in micro-polluted source water by immobilized heterotrophic nitrifiers at low temperature" @default.
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• W3144714462 doi "https://doi.org/10.1016/j.chemosphere.2021.130459" @default.
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