IMPORTANCE OF PHYSICOCHEMICAL EVALUATION AND MICROBIOLOGICAL ANALYSIS IN ARTESIAN WELLS

Ricardo Valger Coli, Luiz Henrique De Jesus Cardoso, Guilherme Henrique Bolkart Holz, Leticia Karolini Walger Schultz
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Abstract

The use of water as a natural resource is essential for the existence of life on the planet, and a recurring theme in various spaces of discussion and investigation, due to the concern of all social spheres. Water resources and related ecosystems are related to water resources, sustainable use of water changes and climate change. A worldwide source with a view to large use, due to its global form, it is guaranteed to verify the patterns of use by the large capacity, not considering that they can be presented by the large amount of water predicted9. 2011, in addition to the ability to transmit pathogens presents in the feces. There are several methods for the analysis of bacteria of the coliform group and Escherichia coli, among them the organisms are of the Most Probable Number, in which a technical estimate is made of how many are present in the original sample. This method is done through a series of serial dilutions, using the inverted Durhan tube to analyze the presence of microorganisms and the bright green broth 2% lactose bile to confirm the presence of total and thermotolerant coliforms. After the sample sampling period, the calculation of how many microorganisms that were analyzed are present in the sample is made. The present reviews data on water use, consumption and distribution, use of the most likely number method and its application to the analysis of water from artesian wells. With an increase in the need for education and an increase in the need to increase the number of equipment, in addition to the need to increase the amount of information, and not to increase the need to increase the number of equipment needed, in addition to the need to increase the amount of information and not to increase the need to increase the number of equipment needed.
自流井理化评价和微生物分析的重要性
水作为一种自然资源的使用对地球上生命的存在至关重要,由于所有社会领域的关注,水是各种讨论和调查空间中反复出现的主题。水资源及相关生态系统关系到水资源、水资源的可持续利用变化和气候变化。一个着眼于大量使用的世界范围的水源,由于其全球性的形式,它保证通过大容量来验证使用模式,而不考虑它们可以通过预测的大量水来呈现。2011年,除了能够通过粪便传播病原体之外。大肠菌群和大肠杆菌的细菌分析有几种方法,其中最可能数(Most Probable Number)是指对原始样品中存在的细菌数量进行技术估计。该方法通过一系列连续稀释,使用倒置Durhan管分析微生物的存在,并使用亮绿色肉汤2%乳糖胆汁来确认总大肠菌群和耐热大肠菌群的存在。在样品取样周期后,计算样品中存在多少被分析的微生物。本文综述了水的使用、消耗和分配、最可能数法的使用及其在分析自流井水中的应用。随着教育需求的增加而需要增加的设备数量,除了需要增加的信息量,而不需要增加的信息量,除了需要增加的信息量而不需要增加的设备数量,除了需要增加的信息量而不需要增加的设备数量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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