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Combining raw and compositional data to determine the spatial patterns of Potentially Toxic Elements in soils
ArticleAbstract: When considering complex scenarios involving several attributes, such as in environmental characteriPalabras claves:Compositional data, Local G-clustering, Ordinary kriging, PTEs, Relative enrichment, soil pollutionAutores:Albuquerque T., Boente C., Carlos Sierra, Fernández-Braña A., Gallego J.R., Gerassis S.Fuentes:scopusAnalysis of soil washing effectiveness to remediate a brownfield polluted with pyrite ashes
ArticleAbstract: Soil in a brownfield contaminated by pyrite ashes showed remarkably high concentrations of several tPalabras claves:Hydrocycloning, Pyrite ashes, soil pollution, soil washingAutores:Afif E., Carlos Sierra, Gallego J.R., González-Coto F., J. M. Menéndez-AguadoFuentes:scopusDeveloping a new Bayesian Risk Index for risk evaluation of soil contamination
ArticleAbstract: Industrial and agricultural activities heavily constrain soil quality. Potentially Toxic Elements (PPalabras claves:Bayesian networks, Local G clustering, potentially toxic elements, Sequential Gaussian simulationAutores:Albuquerque T., Antunes I.M.H.R., Carlos Sierra, Gallego J.R., Gerassis S., Martín J.E., Taboada J.Fuentes:scopusEnhanced Soil Washing for the Remediation of a Brownfield Polluted by Pyrite Ash
ArticleAbstract: Soil from an abandoned/disused fertilizer plant polluted with pyrite ash containing heavy metal(loidPalabras claves:brownfield, chloridizing roasting, leaching, Pyrite ash, soil washingAutores:Carlos Sierra, Fedje K.K., Gallego J.R.Fuentes:scopusNanomaterials for soil remediation: Pollutant immobilization and opportunities for hybrid technologies
Book PartAbstract: Nanoremediation is a promising technology for soil reclamation. This approach consists of soil amendPalabras claves:Graphene oxide, Iron oxides, Nanoremediation, phytoremediation, soil washing, Zero-valent ironAutores:Baragaño D., Carlos Sierra, Forján R., Gallego J.R.Fuentes:scopusNanoscale zero-valent iron-assisted soil washing for the removal of potentially toxic elements
ArticleAbstract: The present study focuses on soil washing enhancement via soil pretreatment with nanoscale zero-valePalabras claves:Nanoscale zero-valent iron, PTEs, Soil remediation, soil washingAutores:Boente C., Carlos Sierra, Gallego J.R., J. M. Menéndez-Aguado, Martínez-blanco D.Fuentes:scopusWeathering processes only partially limit the potential for bioremediation of hydrocarbon-contaminated soils
ArticleAbstract: We evaluated the viability of bioremediation of weathered hydrocarbons for a soil affected by diversPalabras claves:Autores:Carlos Sierra, Gallego J.R., Peláez A.I., Sánchez J., Villa R.Fuentes:scopusSoil washing optimization by means of attributive analysis: Case study for the removal of potentially toxic elements from soil contaminated with pyrite ash
ArticleAbstract: This paper describes a feasibility study of physical soil washing techniques to separate potentiallyPalabras claves:Physical separation, potentially toxic elements, Pyrite ashes, Quality index, soil washingAutores:Boente C., Carlos Sierra, Gallego J.R., J. M. Menéndez-Aguado, Rodríguez‐valdés E.Fuentes:scopusTextural distribution of arsenic and heavy metals in soils affected by abandoned mining works: Consequences for soil washing
Conference ObjectAbstract: We introduce an example of a detailed study of soil texture and geochemistry with the aim of designiPalabras claves:arsenic, soil washing, textureAutores:Carlos Sierra, Gallego J.R., González-Coto F., J. M. Menéndez-Aguado, Villa R.Fuentes:scopus