The Effect of Ammonium Concentration Addition to Gracilaria sp. on The Absorption of Mercury

Y. N. Ihsan, Luthfiyyah Azizah, Kalysta Fellatami, T. Pribadi
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引用次数: 1

Abstract

The research was conducted from March to June 2015 in the laboratory of Marine Science of the faculty of FPIK UNPAD. The sampling of Gracilaria sp. was taken from a seaweed farming in Kalianda, Bandar Lampung Province. The aim of conducting this research is to investigate the effect of Ammonium addition to Gracilaria sp. on the absorption process of Mercury. The proportion amount of 10.5-gram Gracilaria sp.  used in this research is mixed with 3 litres seawater media. The research method was performed using Completely Randomised Design (CRD) with four treatments and three replications. Parameters for the measurements are water quality, reduction of mercury and ammonium concentration, bio concentration factor, and growth rate. The research was designed with an addition of 0.05 ppm Mercury in all treatments, where each treatment was given different concentrations of Ammonium as follows: treatment A: 0.5 ppm, treatment B: 1 ppm, and treatment C: 1.5 ppm, with no addition of Ammonium for Control Treatment. The result of this research showed that treatment C hit the highest absorption level in absorbing Ammonium and Mercury with their concentrations of 95.98% and 56.44% respectively in seawater media, while the concentration of Mercury in the Gracilaria sp. biomass was measured 0.47 ppm.Keywords: Absorption, Ammonium, Gracilaria sp., Phytoremediation, Mercury.
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添加铵浓度对江蓠对汞吸收的影响
研究于2015年3月至6月在FPIK UNPAD学院海洋科学实验室进行。紫菜属的样本取自楠榜省卡利安达的一个海藻养殖场。本研究的目的是探讨铵对紫菜吸附汞过程的影响。本研究中使用的比例量为10.5 g黄蓠与3升海水培养基混合。研究方法采用完全随机设计(CRD), 4个处理,3个重复。测量参数为水质、汞和铵浓度的减少、生物浓度因子和生长速率。本研究设计在所有处理中添加0.05 ppm汞,其中每个处理给予不同浓度的铵:处理A: 0.5 ppm,处理B: 1 ppm,处理C: 1.5 ppm,不添加铵作为对照处理。本研究结果表明,处理C对海水介质中铵态氮和汞的吸收量最高,分别为95.98%和56.44%,而江蓠生物量中汞的浓度为0.47 ppm。关键词:吸附,铵,江蓠,植物修复,汞
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