Publications by authors named "Victor Cucarella"

Reactive filter materials used for phosphorus (P) removal from wastewater can be disposed of as soil amendments after treatment, thus recycling P and other macro- and micro-nutrients to plants. In addition, materials with a high pH and Ca content, such as Polonite, are potential soil conditioners, which can be particularly beneficial for acid soils. Polonite previously used for on-site wastewater treatment was applied as a soil amendment to a mountain meadow.

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Increasing numbers of filter materials have been proposed as suitable media for P removal in on-site wastewater treatment systems. The phosphorus sorption capacity (PSC) of the material can be estimated in batch experiments and is commonly used as the criterion for material selection. However, there is no standard procedure and batch experimental parameters are arbitrarily established, thus leading to difficulties in comparing the results.

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Article Synopsis
  • Reactive substrates can help reduce phosphorus pollution and can be recycled for agricultural use once saturated with phosphorus.
  • A pot experiment showed that using three different reactive substrates (Filtra P, Polonite, and wollastonite) improved ryegrass yield and phosphorus uptake in acid soils compared to controls.
  • Polonite was particularly effective, enhancing the yield and nutrient levels in ryegrass while also increasing soil pH and cation exchange capacity, indicating potential benefits for soil health.
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