The Application Research Progress on the Development of Artificial Plants Technology in Heavy Polluted River

Author:

Chen Qing Feng1,Yang Hong Yan2,Ma Jun Jian1,Dong Wen Guo2,Liu Meng2

Affiliation:

1. Shandong Provincial Analysis Test Center

2. Shandong Normal University

Abstract

The traditional water treatment technologies mainly include physical reparation technology, chemical remediation technology and biological-ecological restoration technology. However, there are many limitations in practical application, especially for heavy polluted river. For this reason, it is extremely urgent to explore new technology and method on river ecosystem restoration. The materials of artificial plants are limited to the factors of water transparency, possesses acid and alkali-resistant, resistance to staining and flexibility. The characteristics of artificial plants are low in investment, effective and no secondary pollution. Therefore, it has a broad prospect of application in water treatment. In this paper, the detailed review and application of artificial plants were involved in order to provide theoretical basis for more widely used of artificial aquatic plants.

Publisher

Trans Tech Publications, Ltd.

Subject

General Engineering

Reference23 articles.

1. Davis N M, Weaver V, Parks K, et al. An Assessment of Water Quality, Physical Habitat, and Biological Integrity of an Urban Stream in Wichita, Kansas, Prior to Restoration Improvements(Phase I) [J]. Environmental Contamination and Toxicology, 2003, 44: 354-359.

2. ZOU Cong-yang, Zhang Wei-jia, Li Xin-hua, Li Da-peng. Remediation technology and development tendency for water quality of urban rivers[J]. Environmental Science &Technology, 2007, 08: 99-102, 121. (In Chinese).

3. Wang Zhi-yong, Peng Fu-quan, Wo Liu-jie, et al. Development in study of biological contact oxidation technology for rivers treatment[J]. Municipal Engineering Technology, 2009, 27(2). 171-173. (In Chinese).

4. Zhang Mei-lan, He Sheng-bing, Xiang Ying-ying, et al. Study on treating organic polluted river by bio-film technology in situ[J]. Water Purification Technology, 2009, 28(3): 32-35, 56. (In Chinese).

5. Moss B. Engineering and biological approaches to the restoration from the eutrophication of shallow lakes which aquatic plant communities are important components [J]. Hydrobiology, 1991, 200/201: 67-377.

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