RESEARCH OF CONSERVATİON LİQUİDS MADE ON THE BASİS OF RESİDUAL FATTY ACİDS, NOTRO COMPOUNDS AND ADDİTİVES BASED ON DERİVATİVES OF NATURAL PETROLEUM ACİDS

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Abstract

Within this research project, we have analyzed petroleum acids as a basis of corrosion inhibitors. We conducted several laboratory experiments to define the best conditions to get maximum efficiency. First, we take combinations of fatty acids and polyethylene polyamine (PEPA) in a range of different molar ratios under different circumstances. We applied specific thermo humidity chamber, sea water and sulfuric acid solutions to create conditions which enhance corrosion rate. Then we went further to get higher efficiency, we added nitro compounds with different molar ratios. After presence of nitro-components, final experiment results were obtained. After completions of several experiments, we get best possible results when we applied reaction between imidazoline and residual fatty acids with nitro compound in a 1:2 mole ratio. It becomes clear that we need to keep specific molar ratio to enhance corrosion protection period. Keywords: conservation liquids, corrosion, inhibitors, corrosion inhibitors, imidazoline, fatty acids.
对conservatİon lİquİds进行了研究,以resİdual的脂肪acİds为基础的basİs,以天然石油acİds为基础的derİvatİves为基础的addİtİves
在这个研究项目中,我们分析了石油酸作为缓蚀剂的基础。我们进行了几次实验室实验,以确定获得最大效率的最佳条件。首先,我们将脂肪酸和聚乙烯多胺(PEPA)在不同情况下以不同的摩尔比组合。我们使用了特定的热湿室、海水和硫酸溶液来创造提高腐蚀速率的条件。为了得到更高的效率,我们加入了不同摩尔比的硝基化合物。在硝基组分存在后,得到最终的实验结果。在多次实验完成后,我们将咪唑啉与残馀脂肪酸与硝基化合物以1:2摩尔比进行反应,得到了可能得到的最佳结果。很明显,我们需要保持特定的摩尔比来延长防腐时间。关键词:保护液,腐蚀,缓蚀剂,缓蚀剂,咪唑啉,脂肪酸。
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