摘要
确保所有人获得健康的饮用水在当前任重而道远,单纯依靠常规处理方法无法满足当今全部的需求,而科学的"生物过滤"系统在未来或许可以有效替代传统的人工水净化体系。文章通过植物过滤饮用水中污染物砷的成功案例和密歇根州基于生物过滤体系成功实施的胭脂河流域净化项目介绍美国的"生物过滤"方法,希望为我国生物过滤系统的研究提供参考、开拓思路。
There is still a long way to go to ensure that everyone has access to healthy drinking water.Conventional water purification methods alone cannot meet all of today^s needs,and scientific"Biofiltration"systems may effectively replace traditional artificial water purification systems in the future.Through a successful case of plant filtering Arsenic in drinking water,the article introduces the"Biofiltration"method in the United States,and further combines the Rouge River Project based on the successful implementation of the biofiltration system in Michigan.Hope to provide references and open up ideas for the research of Biofiltration system in China.
作者
张德顺
孙力
托马斯·雷蒙德·戈茨
陈莹莹
Zhang Deshun;Sun Li;Thomas Raymond Goetz;Chen Yingying(College of Architecture&Urban Planning,Tongji University,shanghai,200092;College of Ecological Technology&Engineering,Shanghai Institute of Technology,Shanghai,201400;Iowa State University,Iowa,the USA,50011;Southwest Jiaotong University,Chengdu,610031)
出处
《中国城市林业》
2021年第4期107-110,共4页
Journal of Chinese Urban Forestry
基金
国家自然科学基金“城市绿地干旱生境的园林树种选择机制研究”(31770747)
“华东滨海地区抗风园林树种的选择机制研究:以上海为例”(32071824)
同济大学第一批优质在线开放课程项目。
关键词
生物过滤
植物
水体净化
饮用水法规
污染物
美国
biofiltration
plant
Water purification
Drinking Water Regulations
contaminant
the USA