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- W3208348156 abstract "Due to the existence-threatening risk to aquatic life and entire ecosystems, the removal of oxyanions such as sulfate and phosphate from anthropogenic wastewaters, such as municipal effluents and acid mine drainage, is inevitable. Furthermore, phosphorus is an indispensable resource for worldwide plant fertilization, which cannot be replaced by any other substance. This raises phosphate to one of the most important mineral resources worldwide. Thus, efficient recovery of phosphate is essential for ecosystems and the economy. To face the harsh acidic conditions, such as for acid mine drainage, an adsorber material with a high chemical resistivity is beneficial. Poly(melamine-co-formaldehyde) (PMF) sustains these conditions whilst its very high amount of nitrogen functionalities (up to 53.7 wt.%) act as efficient adsorption sides. To increase adsorption capacities, PMF was synthesized in the form of mesoporous particles using a hard-templating approach yielding specific surface areas up to 409 m2/g. Different amounts of silica nanospheres were utilized as template and evaluated for the adsorption of sulfate and phosphate ions. The adsorption isotherms were validated by the Langmuir model. Due to their properties, the PMF particles possessed outperforming maximum adsorption capacities of 341 and 251 mg/g for phosphate and sulfate, respectively. Furthermore, selective adsorption of sulfate from mixed solutions of phosphate and sulfate was found for silica/PMF hybrid particles." @default.
- W3208348156 created "2021-11-08" @default.
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- W3208348156 date "2021-10-31" @default.
- W3208348156 modified "2023-09-30" @default.
- W3208348156 title "Mesoporous Poly(melamine-co-formaldehyde) Particles for Efficient and Selective Phosphate and Sulfate Removal" @default.
- W3208348156 cites W1236365063 @default.
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- W3208348156 cites W1972354121 @default.
- W3208348156 cites W1972495543 @default.
- W3208348156 cites W1974197538 @default.
- W3208348156 cites W1976552910 @default.
- W3208348156 cites W1978674591 @default.
- W3208348156 cites W1981418489 @default.
- W3208348156 cites W1982593003 @default.
- W3208348156 cites W1984953206 @default.
- W3208348156 cites W2011254969 @default.
- W3208348156 cites W2022275360 @default.
- W3208348156 cites W2025030867 @default.
- W3208348156 cites W2035334938 @default.
- W3208348156 cites W2036405014 @default.
- W3208348156 cites W2047153446 @default.
- W3208348156 cites W2052134863 @default.
- W3208348156 cites W2059359906 @default.
- W3208348156 cites W2063353996 @default.
- W3208348156 cites W2070101957 @default.
- W3208348156 cites W2075069821 @default.
- W3208348156 cites W2075318365 @default.
- W3208348156 cites W2079071691 @default.
- W3208348156 cites W2081679854 @default.
- W3208348156 cites W2101130244 @default.
- W3208348156 cites W2117137037 @default.
- W3208348156 cites W2132504941 @default.
- W3208348156 cites W2139778911 @default.
- W3208348156 cites W2164457653 @default.
- W3208348156 cites W2165748200 @default.
- W3208348156 cites W2168227788 @default.
- W3208348156 cites W2169547456 @default.
- W3208348156 cites W2169945600 @default.
- W3208348156 cites W2190769405 @default.
- W3208348156 cites W2259340164 @default.
- W3208348156 cites W2314104404 @default.
- W3208348156 cites W2322180531 @default.
- W3208348156 cites W2397945271 @default.
- W3208348156 cites W2491382239 @default.
- W3208348156 cites W2518018045 @default.
- W3208348156 cites W2555323678 @default.
- W3208348156 cites W2595198592 @default.
- W3208348156 cites W2767384096 @default.
- W3208348156 cites W2772289698 @default.
- W3208348156 cites W2792063110 @default.
- W3208348156 cites W2795848922 @default.
- W3208348156 cites W2804626313 @default.
- W3208348156 cites W2886175257 @default.
- W3208348156 cites W2888132335 @default.
- W3208348156 cites W2889969372 @default.
- W3208348156 cites W2892246995 @default.
- W3208348156 cites W2903345621 @default.
- W3208348156 cites W2903545818 @default.
- W3208348156 cites W2922138219 @default.
- W3208348156 cites W2928452290 @default.
- W3208348156 cites W2947482508 @default.
- W3208348156 cites W2957237997 @default.
- W3208348156 cites W2959039081 @default.
- W3208348156 cites W2969489885 @default.
- W3208348156 cites W2972152129 @default.
- W3208348156 cites W2985445288 @default.
- W3208348156 cites W3006138914 @default.
- W3208348156 cites W3027104450 @default.
- W3208348156 cites W3035950940 @default.
- W3208348156 cites W3081977529 @default.
- W3208348156 cites W3086888323 @default.
- W3208348156 cites W3100804182 @default.
- W3208348156 cites W3173318462 @default.
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- W3208348156 doi "https://doi.org/10.3390/molecules26216615" @default.
- W3208348156 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/8588240" @default.
- W3208348156 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34771024" @default.
- W3208348156 hasPublicationYear "2021" @default.
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