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The Research of Biochar Adsorption on Soil

机译:土壤中生物炭吸附研究

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This article discusses biochar adsorption and its effects on soil and discusses the future trends in this area. The large surface area, and many oxygen-containing functional groups of biochar determined by the feedstocks and the condition in pyrolysis affect the capacity of biochar to adsorb fertilizer, water, heavy metals and organic pollution. With enriched porous structures, biachar can increase the porosity and water retention capacity of soils. With the functional groups and the composition, biochar have a high adsorption capacity for fertilizer, heavy metals, organic pollutants. This paper provides an overview on the biochar sorption in fertilizer, heavy metals and organic pollutants in soil and its implication for soil to keep soil fertilizer as a controlled-released carrier and to improve soil environments as landscaping organic mulch, as well as for remediation of contaminated soils. Further research directions are identified to ensure a safe and sustainable use of biochar as a soil amendment.
机译:本文讨论了生物炭吸附及其对土壤的影响,探讨了该地区的未来趋势。大表面积和许多由原料测定的生物炭的许多含氧官能团和热解中的条件影响生物炭的容量吸附吸附肥料,水,重金属和有机污染。富含丰富的多孔结构,BIACHAR可以增加土壤的孔隙率和水保持能力。通过官能团和组合物,Biochar具有肥料,重金属,有机污染物的高吸附能力。本文概述了土壤肥料,重金属和有机污染物的生物炭吸附及其对土壤的含义,使土壤肥力作为控制释放的载体,并改善土壤环境作为景观有机覆盖,以及修复受污染的土壤。确定进一步的研究方向,以确保生物炭的安全和可持续利用作为土壤修正案。

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