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Biofilms in Industrial Water Handling Systems: A Metagenomic Insight on Biofilm Populations From a New Real Time Biomonitoring System.

Picture for Biofilms in Industrial Water Handling Systems: A Metagenomic Insight on Biofilm Populations From a New Real Time Biomonitoring System.
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Within the last decade researchers have gained a significant understanding of the role of biofilms in the onset of microbial-induced corrosion in anthropogenic water systems. Biofilms are the preferred habitat for microorganisms and in this environment they are protected from harsh chemical treatments shear stress and predators. Within the biofilm matrix microorganisms thrive in conditions responsible for promoting a corrosive environment. The types of bacteria responsible for corrosion vary from system to system. In this study we used a novel biomonitoring system installed in 28 unique industrial water systems across the United States. These systems provided not only a diverse geographical biofilm sample set but also allowed the evaluation in the seasonal variation within the biofilm samples collected from the same system. Metagenomic sequence analysis was utilized to provide a new understanding of the variations in bacterial populations existing in biofilms. Data revealed from the analysis will provide insight on the phylogenetically and metabolically distinct species present in the biofilms. This will aid in the formation of new anti-biofilm strategies to help minimize microbial-induced corrosion.

Product Number: 51319-13504-SG
Author: Adrian Denvir
Publication Date: 2019
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00121 9,10-ANTHRAQUINONE APPLICATIONS TO CONTROL BIOGENIC PRODUCTION OF HYDROGEN SULFIDE IN THE NEAR WELLBORE FORMATION IN GAS STORAGE FIELDS

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00068 OILFIELD CORROSION INHIBITION UNDER EXTREMELY HIGH SHEAR CONDITIONS

Product Number: 51300-00068-SG
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