安徽农业科学2016,Vol.44Issue(15) :101-104.

一体化药剂对重金属污染尾砂库的修复效果

Rehabilitation Effects of Integrated Agent on the Tailing Sand Reservoir with Heavy Metal Pollution

刘登彪 任重 林晓燕 李红艳 裴东辉 黄雷 张时伟
安徽农业科学2016,Vol.44Issue(15) :101-104.

一体化药剂对重金属污染尾砂库的修复效果

Rehabilitation Effects of Integrated Agent on the Tailing Sand Reservoir with Heavy Metal Pollution

刘登彪 1任重 1林晓燕 1李红艳 1裴东辉 1黄雷 1张时伟1
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作者信息

  • 1. 深圳市铁汉生态环境股份有限公司,广东深圳518040
  • 折叠

摘要

[目的]研究一体化药剂对重金属尾砂库的修复效果。[方法]通过对比试验,研究重金属稳定增肥一体化药剂对矿区剩余尾砂治理的修复效果,探讨其对景观苗木生长及尾砂重金属浸出毒性的影响。[结果]种植植物6个月后,木芙蓉、金叶女贞、紫薇等优势植物在尾砂上生长良好;重金属稳定增肥一体化药剂能够显著提高植物的成活率、冠幅和株高,促进植物生长。添加药剂对植物吸收P 、K的影响与植物品种本身耐受性和植物生长情况有很大关联,植物所处的季节及生长时期不同,植物吸收积累的P、K含量也有所不同;矿区添加重金属稳定增肥一体化药剂进行植被恢复可有效控制重金属的淋洗,同时可以降低重金属的浸出毒性。[结论]重金属稳定增肥一体化药剂可有效修复重金属尾砂库。

Abstract

Objective] To research the rehabilitation effects of integrated agent on the tailing sand reservoir with heavy metal pollution. [Method] The control effects of integrated agent on tailing sand were researched by comparative trial.The effects of integrated agent on land-scape seedling growth were studied, as well as on the leaching toxicity of heavy metal in tailing sand.[Result] After seedling planting for 6 months, Hibiscus mutabilis, Ligustrum vicaryi, and Lagerstroemia indica grew well in the tailing sand.The integrated agent significantly en-hanced the survival rate, crown diameter and plant height, and promoted the growth of plant.The effects of added agent on plant P and K ab-sorption had close correlation with the tolerance of plant variety and plant growth.The accumulated P and K contents in plant varied in differ-ent growth periods and seasons.Adding integrated agent in mining area for vegetation recovery could effectively control the leaching of heavy metal, and reduced the leaching toxicity of heavy metal.[ Conclusion] The integrated agent can effectively rehabilitate the tailing sand reser-voir.

关键词

一体化药剂/植物修复/重金属/尾砂库

Key words

Integrated agent/Phytoremediation/Heavy metal/Tailing sand reservoir

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基金项目

广东省软科学研究计划项目(2014 B090903015)

广东省省级科技计划项目(2015 B090904008)

深圳市科技计划项目(CXZZ20140418105252027)

广东省生态环境建设与保护(铁汉)工程技术研究中心(粤科函政字[2013]1589号)

出版年

2016
安徽农业科学
安徽省农业科学院

安徽农业科学

影响因子:0.413
ISSN:0517-6611
参考文献量5
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