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The use of biosolids mixed with zeolite supports polihidroxizi interspersed with aggregates of Al recovery and soil remediation
Date issued
2008
Author(s)
Andres, Ladislau
Abstract
Fertilization of soils with high level of pollution with heavy metals. Sequence analysis of the distribution of metals in polluted soil components that polluted and treated. Anaerobically stabilized layer fertilized with biosolids material is fined Tuff-borne type Aln and grown in-situ for the purpose of determining the degree of germination, the tolerance of plants that adaptability which can then be used to revegetation arid areas. It has been followed the degree of bioaccumulation of metals in plant tissue in the presence of a supported
materials immobilization type (tuff-Gln) of the metal in the surface and to reduce their bioavailability. The results relate to the situation when the polluted soil is fertilized with biosolids. Developing a method of
treatment of soils polluted with heavy metals with biosolids. Developing a model for treatment of soils polluted with heavy metals supported tuff, a model for monitoring the bioavailability of metals from polluted soils, plant.
materials immobilization type (tuff-Gln) of the metal in the surface and to reduce their bioavailability. The results relate to the situation when the polluted soil is fertilized with biosolids. Developing a method of
treatment of soils polluted with heavy metals with biosolids. Developing a model for treatment of soils polluted with heavy metals supported tuff, a model for monitoring the bioavailability of metals from polluted soils, plant.
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