首页|基于土壤改良剂的河道底泥原位修复效果

基于土壤改良剂的河道底泥原位修复效果

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底泥是河道生态系统的重要组成部分.河道底泥中富集的营养物质(如氮、磷等)是导致河道水体富营养化,同时,底泥中的有机物和有害物质会通过溶解、悬浮或释放到水体中,进一步加剧水体富营养化,从而对河流生态系统和水质产生了严重影响.因此,修复河道底泥污染对于保护生态环境具有重要的意义.基于此,本文将硝酸钙、酵素和腐殖酸三种土壤改良剂引入原位修复河道底泥领域,通过监测上覆水以及底泥中pH、EC、DO、ORP、NH4+-N、COD、TP七个指标,分别探究各个处理组对河道底泥和上覆水质的修复情况,旨在通过实际观察和实验数据初步了解3种土壤改良剂对河道底泥进行原位修复的实际效果.
Effects of Soil Amendments on In-situ Remediation of River Sediment
River course is an important part of urban construction and development.River course pollution has a negative impact on residents and ecological environment.In this paper,three soils of amendments,calcium nitrate,enzyme and humic acid were introduced into the field of in-situ remediation of river sediment.And,the restoration of river sediment and overlying water quality in each experimental groups were studies by monitoring the seven indicators of pH,EC,DO,ORP,NH4+-N,COD and TP in overlying water and sediment,respectively.This paper aims to preliminarily understand the practical effects of three soil amendments on in-situ remediation of river sediment through actual observation and experimental data.

overlying waterbottom mudcalcium nitrateenzymehumic acid

秦云、郭硕、张紫枫、周鑫彤、俞强、单帅、马全梅

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新疆科技学院,新疆 库尔勒 841000

华北理工大学,河北 唐山 063210

上覆水 底泥 硝酸钙 酵素 腐殖酸

新疆科技学院大学生创新创业训练计划

S202313561011

2024

广东化工
广东省石油化工研究院

广东化工

影响因子:0.288
ISSN:1007-1865
年,卷(期):2024.51(10)
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