Full-scale gasification biochar reduces soil pollutant leaching risks - Trinh, Bao-Son;Werner, David;Reid, Brian
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Application of biochar to sandy loam soil to reduce leaching of organic pollutants e.g. hydrocarbons, pesticides or antibiotics were investigated. The wood-derived biochar evaluated in our study was the solid co-product of a full-scale gasifier feeding a combined heat and power plant. The research aimed to demonstrate multiple environmental benefits with the innovative use of this biochar as a soil improver. Batch sorption experiments indicated biochar added to soil enhanced the partitioning coefficients. Column leaching experiments indicated a reduced porewater flow rate and therefore reduced…mehr

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Produktbeschreibung
Application of biochar to sandy loam soil to reduce leaching of organic pollutants e.g. hydrocarbons, pesticides or antibiotics were investigated. The wood-derived biochar evaluated in our study was the solid co-product of a full-scale gasifier feeding a combined heat and power plant. The research aimed to demonstrate multiple environmental benefits with the innovative use of this biochar as a soil improver. Batch sorption experiments indicated biochar added to soil enhanced the partitioning coefficients. Column leaching experiments indicated a reduced porewater flow rate and therefore reduced pollutant leaching risks. Numerical models interlinked batch and column study observations.
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Autorenporträt
Bao-Son Trinh é Professor Principal no Instituto para o Ambiente e Recursos na Universidade Nacional de HCMC do Vietname, V.N. Tem mais de 15 anos de experiência no ensino e investigação em química ambiental, com interesses interdisciplinares em hidroquímica, contaminação orgânica e remediação, e materiais carbonizados.