首页> 外文期刊>Ambio: A Journal of the Human Environment >Conversion of dissolved phosphorus in runoff by ferric sulfate to a form less available to algae: Field performance and cost assessment
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Conversion of dissolved phosphorus in runoff by ferric sulfate to a form less available to algae: Field performance and cost assessment

机译:将铁硫酸盐转化为藻类的径流溶解磷,藻类较少的形式:现场性能和成本评估

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Conversion of dissolved P by ferric sulfate into a particulate form sparingly available to algae was studied in 15 ditches in Finland using stand-alone dispensers for ferric sulfate administration. Ferric sulfate typically converted 60-70 % of dissolved P into iron-associated form, a process which required 250-650 kg per kg dissolved P. Mean cost was 160 EUR per kg P converted (range 20-400 EUR kg(-1)). The costs were lowest at sites characterized by high dissolved P concentrations and small catchment area. At best, the treatment was efficient and cost-effective, but to limit the costs and the risks, ferric sulfate dispensers should only be installed in small critical source areas.
机译:在芬兰的15个沟槽中,研究了芬兰的15个沟渠将溶解的P通过硫酸盐转化为藻类的颗粒形式。 硫酸铁通常将60-70%的溶解P转化为铁相关形式,该方法需要250-650千克,每公斤溶解的P.平均成本为每公斤P转换为160欧元(范围20-400欧元KG(-1) )。 在高溶解的P浓度和小型集水区以高溶解的P浓度和小集水区为特征的场地,成本最低。 最多,治疗是有效且具有成本效益的,但要限制成本和风险,硫酸铁的分配器只能安装在小的关键源区。

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