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Investigation in effect of different culture medium on the anti-corrosive performance of bacterial biopolymer

机译:不同培养基对细菌生物聚合物抗腐蚀性能影响的研究

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摘要

According to enormous defects of corrosion, ruining near 1-5% GNP, many methods are applied to reduce these disadvantages. One of the novelist methods to encounter this destructive phenomenon is using environmental-friendly bacterial biopolymer coating. The effective anticorrosive ability of this coating has been proved. It is shown that changing the biopolymer production medium can affect this property. In this paper, Chryseobacterium Indologenes MUT.2 made biopolymer has been studied under different culture medium constituents. The biopolymers produced under different conditions, visually tested in VNSS solution and salt spray test. The samples with more anti corrosive property have been analyzed in more accurate EIS test to achieve the most resistant one. It has been showed that the biopolymer produced in molasses and sodium nitrite, as carbon and nitrogen sources respectively, has the highest anti corrosive ability. (C) 2017 Taiwan Institute of Chemical Engineers. Published by Elsevier B.V. All rights reserved.
机译:根据腐蚀的巨大缺陷,毁坏了1-5%的GNP,许多方法应用于降低这些缺点。遇到这种破坏性现象的一项小说派方法是使用环境友好型细菌生物聚合物涂层。已经证明了这种涂层的有效防腐能力。结果表明,改变生物聚合物生产培养基会影响该性质。本文在不同培养基成分中研究了蛹吲哚氏菌髓质族聚合物。在不同条件下产生的生物聚合物,目测在VNSS溶液和盐喷雾试验中进行目测测试。在更准确的EIS测试中已经分析了具有更多抗腐蚀性的样品以实现最抗性的。已经表明,作为碳氮源的糖蜜和亚硝酸钠产生的生物聚合物分别具有最高的抗腐蚀性能力。 (c)2017台湾化工工程师研究所。 elsevier b.v出版。保留所有权利。

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