Documentos de Baragaño D.

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Mostrando 5 resultados de: 5

Reuse of dunite miningwaste and subproducts for the stabilization of metal(Oid)s in polluted soils

Article

Abstract: The circular economy seeks to minimize the use of raw materials and waste generation. In this contex

Palabras claves:

Dunite, Metal(oid)s, MINING, soil, Stabilization

Autores:

Baragaño D., Forján R., Gallego J.R., García P.D., J. M. Menéndez-Aguado, Martino M.C., Rubio J.M., Rueda J.J.Á.

Fuentes:

scopus

Magnetic separation for arsenic and metal recovery from polluted sediments within a circular economy

Article

Abstract: Several metals and metalloids (e.g., As, Cd, Cu, Pb, Zn) are toxic at low concentrations, thus their

Palabras claves:

arsenic, Circular economy, magnetic separation, Metals, remediation, Sediments

Autores:

Baragaño D., Berrezueta E., J. M. Menéndez-Aguado, Komárek M.

Fuentes:

scopus

Multiple pollution sources unravelled by environmental forensics techniques and multivariate statistics

Article

Abstract: Industrial sites affected by anthropogenic contamination, both past and present-day, commonly have i

Palabras claves:

Arsenic speciation, Lead isotopes, Pollution Sources, Polycyclic aromatic hydrocarbons, Toxic elements

Autores:

Baragaño D., Carlos Sierra, Chrastný V., Gallego J.R., Komárek M., Ratié G.

Fuentes:

scopus

Nanomaterials for soil remediation: Pollutant immobilization and opportunities for hybrid technologies

Book Part

Abstract: Nanoremediation is a promising technology for soil reclamation. This approach consists of soil amend

Palabras claves:

Graphene oxide, Iron oxides, Nanoremediation, phytoremediation, soil washing, Zero-valent iron

Autores:

Baragaño D., Carlos Sierra, Forján R., Gallego J.R.

Fuentes:

scopus

Nanoscale zero-valent iron mitigates arsenic mobilization and accumulation in Sinapis alba grown on a metal(loid)-polluted soil treated with a dunite mining waste-compost amendment

Article

Abstract: Background and aim: The use of amendments to immobilize metals in polluted soils is a widely accepte

Palabras claves:

arsenic, Circular economy, Metals, Nanoscale zero-valent iron, Soil remediation

Autores:

Baragaño D., Benavente-Hidalgo L., Díaz A.M., Forján R., Gallego J.R., J. M. Menéndez-Aguado

Fuentes:

scopus

Mostrando 5 resultados de: 5

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Palabras Claves

Reuse of dunite miningwaste and subproducts for the stabilization of metal(Oid)s in polluted soils

Magnetic separation for arsenic and metal recovery from polluted sediments within a circular economy

Multiple pollution sources unravelled by environmental forensics techniques and multivariate statistics

Nanomaterials for soil remediation: Pollutant immobilization and opportunities for hybrid technologies

Nanoscale zero-valent iron mitigates arsenic mobilization and accumulation in Sinapis alba grown on a metal(loid)-polluted soil treated with a dunite mining waste-compost amendment