CHEMICAL-BACTERIOLOGICAL DATA MONITORING IN THE BLACK SEA AND ITS CLEARING RECOMMENDATIONS

N. Kiknadze, R. Gotsiridze, Nino Mkheidze, Z. Mikeladze, Zurab Kontselidze
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Abstract

It proved experimentally that for neutralized sea water (removal of microorganisms) may be used electro dialysis device, as its economy and proper quality of sea water are justified. Research data need to refine and continue in this direction. At three locations in the Adjara coastal zone of the Black Sea (Pichvnari, Kvariati, the coast of the Batumi port), as a result of Electro dialysis, recorded more than effective ion removal NH4+ - ions, than NO2- -ions. As a result of electro dialysis, the concentration of both ions in seawater samples is below the maximum permissible concentration (MPC) norms, whereas in the initial samples, the content of these ions is was above the MPC norms. The total number of coliform bacteria is higher than the MPC (maximum permissible concentration) - in the coastal zone of the Batumi port (>11000). After passing through the electro dialysis device, no coliform bacteria were found, in none of the water samples taken from three locations. To neutralize sea water (removal of microorganisms) we recommend applying method of electro dialysis. Based on the large volume of sea water, it is uneconomical use a microfiltration process to clean it. In addition, in this case, complete membrane regeneration is required. Concerning, it is better to use sorption and membrane technologies directly in the vicinity of sources of pollution, and only after that release purified water in the sea.
黑海化学细菌学数据监测及其清理建议
实验证明,电渗析装置对中和海水(微生物的去除)是可行的,因为它的经济性和海水质量是合理的。研究数据需要在这个方向上得到完善和继续。在黑海阿扎拉沿海地区的三个地点(皮奇夫纳里、克瓦里提、巴统港海岸),由于电渗析,记录到的有效离子去除NH4+离子多于NO2-离子。电渗析的结果是,海水样品中这两种离子的浓度低于最大允许浓度(MPC)规范,而在初始样品中,这两种离子的含量高于MPC规范。在巴统港沿海地区,大肠菌群的总数高于MPC(最大允许浓度)(>11000)。通过电渗析装置后,从三个地点采集的水样中均未发现大肠菌群。为了中和海水(去除微生物),我们建议采用电渗析法。由于海水体积大,采用微滤工艺对海水进行净化是不经济的。此外,在这种情况下,需要完全的膜再生。因此,最好在污染源附近直接使用吸附和膜技术,然后再将净化后的水排放到海洋中。
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