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Advanced Coating for Energy Applications

机译:能源应用的先进涂层

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摘要

Quest for oil and gas has increased in the past few decades and the industry is in a constant change of flux to identify new oil reserves and extraction methods to recover oil and natural gas from these reserves. One of the challenges in transportation and storage of extracted oil is the presence of multiphase flow causing increased drag, corrosion, abrasion and lowered operational life of the pipelines. Hence, a durable coating that can repel water and oil in the multiphase flow with high abrasion and corrosion resistance is highly desired for coating the inner wall of oil transporting pipelines. Most of the coatings are difficult to scale up due to the complex fabrication process employed and are most suitable for optical and electronic applications that have minimum wear and tear in their operation. Here, Oceanit will report some of the very exciting outcomes from our research in the area of novel functional coating materials with extreme wetting behavior. Oceanit’s coatings are formulated to survive the extreme conditions faced in the oil and gas exploration and production.
机译:在过去的几十年里,对石油和天然气的追求增加,该行业处于持续变化的助焊剂,以确定新的石油储备和提取方法,以从这些储备中回收油和天然气。萃取油的运输和储存的挑战之一是存在多相流动,导致管道的抗烫,腐蚀,磨损和降低的运行寿命。因此,对涂覆具有高耐磨性和耐腐蚀性的多相流中的多相流体中的耐用涂层非常需要用于涂覆油输送管道的内壁。由于采用的复杂制造工艺,大多数涂层难以扩大,并且最适合于在其操作中具有最小磨损和撕裂的光学和电子应用。在这里,Oceanit将报告我们在新型功能涂料领域的研究中具有极端润湿行为的一些非常令人兴奋的结果。欧洲涂料配方以存活石油和天然气勘探和生产中面临的极端条件。

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