57 research outputs found
Removal of colbolt, strontium and caesium from aqueous solutions using nature biofilm of serratia sp. and biofilm pre-coated with hydrogen urayl phosphate
No full textRemoval of colbolt, strontium and caesium from aqueous solutions using nature biofilm of serratia sp. and biofilm pre-coated with hydrogen urayl phosphate
No full textRemoval of cobalt, strontium and caesium from aqueous solutions using native biofilm of serratia sp. and biofilm pre-coated with hydrogen manyl phosphate
No full textRemoval of cobalt, strontium and caesium from aqueous solutions using native biofilm of serratia sp. and biofilm pre-coated with hydrogen manyl phosphate
No full textAccumulation of zirconium phosphate by a Serratia sp.: a benign system for the removal of radionuclides from aqueous flows.
No full textInternational audienceMetal phosphate deposited enzymatically on sp. has been used successfully for the removal of radionuclides from aqueous flows. Previous studies using biogenic hydrogen uranyl phosphate (HUP) on sp. biofilm showed removal of 100% of Sr, Cs, and Co via their intercalation into biogenic HUP crystals. Zirconium phosphates (ZrP) offer a potential non-toxic and non-radioactive alternative to HUP for water decontamination. A method was developed for biomanufacturing ZrP. Biogenic ZrP removed ca. 100% of Sr and Co (0.5Â mM) from solutions to a molar ratio at saturation of ca. 1:0.6 for both Zr:Sr and Zr:Co. The potential for drinking water decontamination via bio-ZrP is discussed with respect to bio-HUP and also other commercially available materials
Visualisation of metal deposition in biofilm reactors by three-dimensional magnetic resonance imaging (MRI)
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