外来生物对人工湿地的水流动系统产生的影响

Syamsul Bahri, Iga Maliga
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引用次数: 1

摘要

湿地水体污染物的去除机制主要是微生物的活动。其中一种是生活在水下基质上的周生植物。因此,研究人工湿地周边植物对湿地水质的影响对改善湿地水质具有重要意义。研究目的是确定进水水质、藻类组成、周围藻作为主要生产者、自由水面流速因子的影响、出水水质、人工湿地的效果和效率。该研究于2017年1月在万隆市进行。结果表明:污水流入受到生活污水的污染。人工湿地底栖藻类有硅藻、绿藻和蓝藻三大类。水藻在氧气向水体的转移中起着重要的作用。自由表面速度因子与周围植物对硝酸盐的去除率(r = 0.84)密切相关,与总磷酸盐的去除率(r = 0.90)密切相关。ⅲ级出水水质仅为总磷和COD参数。治疗有效率分别为6、6% ?38.3%, 6.0% ?38%的鳕鱼。处理效率为0.01 L/s的水排放量分别为4、4%铵;39岁的nitrat 2%;47.1%有机氮;53.6%磷酸盐总量;38岁的BOD 3%;38%的鳕鱼;76年,5%的洗涤剂。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pengaruh Organisme Perifiton dalam Memperbaiki Kualitas Air pada Lahan Basah Buatan Sistem Aliran Air Permukaan Bebas
The main removal mechanism of water contaminants in wetlands is microorganisms activities. One of them is a periphyton that lives on a submerged substratum. Therefore, a study of the influence of periphyton in construcetd wetlands which is important in improving water quality. The research objectives were to identify of the quality of influent, the composition of algae, the periphytone algae as primary producer, the influence of free water surface velocity factor, the quality of effluent, efectivity and eficiency of constracted wetlands. The study was conducted in Bandung City on January 2017. The results show that influent of sewage is contaminated with domestic wastewater. In constructed wetlands foundthree classes of benthic algae as periphyton, namely Bacillariophyta, Chlorophyta, and Cyanophyta. Periphyton algae play an important role in the transfer of oxygen into water colomn. The free surface velocity factor was strongly correlated to the percent removal of nitrate (r = 0.84) and very strong to the percent removal of total phosphate (r = 0.90) by periphyton. The quality of effluent that qualified grade III were total phosphate and COD parameter only. Effectivity of treatement were 6,6% ? 38,3% BOD, 6,0% ? 38% COD. Efficiency of treatment on the water discharge 0,01 L/s were 4,4% ammonium; 39,2% nitrat; 47,1% organic nitrogen; 53,6% phosphate total; 38,3% BOD; 38% COD; 76,5% detergent.
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