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Development of Hexachloroiridic Acid anticorrosive coating

Rare Metals 1997年第4期16卷 34-36页

作者：季彩霞朱积寿北京有色金属研究总院北京

A technology of preparing hexachloroiridic acid by melting oxidation chemistry is introduced, the content of Ir 4+ can reach 99% and the total impurities content is less than 0.1% in this hexachloroiridic acid a... 详细信息

关键词： Hexachloroiridic Acid anticorrosive coating Iridium

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The anti-Temperature-vibration properties of viscoelastic anticorrosive tape

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Petroleum Science 2022年第5期19卷 2413-2419页

作者： Hai-Liang Nie Wei-Feng Ma Xiao-Wei Hu Wei Dang Jun-Jie Ren Ke Wang Jun Cao Tian Yao Xiao-Bin Liang Institute of Safety Assessment and Integrity State Key Laboratory for Performance and Structure Safety of Petroleum Tubular Goods and Equipment MaterialsCNPC Tubular Goods Research InstituteXi'an710077China No.2 Oil Extraction Plant Changqing Oilfield BranchPetroChinaGansu745100China

Viscoelastic anticorrosive tape is extensively used for repairing anticorrosive layers on compressor outlet pipelines in the oil and gas ***,there is no relevant research on the coupling effect of temperature and vibration on the performance of viscoelastic anticorrosive *** this paper,acceleration tests of temperature and vibration coupling conditions were conducted to investigate the performance of viscoelastic anticorrosive *** temperature and vibration treatment,the specimens showed wide variance in thickness,and the adhesion and chemical soaking resistance of the tape was ***,the viscoelastic anticorrosive tape still showed high *** to theoretical calculations,the tested viscoelastic body can repair pipes with a maximum diameter of 903 ***,this viscoelastic anticorrosive tape is suitable for the compressor outlets of buried pipelines with diameters smaller than 903 *** research in this paper provides a method and basis for the selection of repairing materials for the anticorrosion coatings of compressor outlet pipelines.

关键词： Station Compressor outlet anticorrosive coating Viscoelastic anticorrosive tape

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Research progress on protective coatings against molten nitrate salts for thermal energy storage in concentrating solar power plants

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Baosteel Technical Research 2023年第4期17卷 1-16页

作者： HOU Wenjie Maria Elena Navarro Rivero PAN Jin ZOU Boyang Benjamin Grégoire Anabel Palacios DING Yulong Baowu Carbon Technology Co. Ltd.Shanghai 201999China Birmingham Centre for Energy Storage&School of Chemical Engineering University of BirminghamBirmingham B152TTUnited Kingdom

Concentrating solar power(CSP) has garnered considerable global attention as a reliable means of generating bulk electricity, effectively addressing the intermittent nature of solar *** integration of molten salt technology for thermal energy storage(TES) has further contributed to the growth of CSP plants;however, the corrosive nature of molten salts poses challenges to the durability of container materials, necessitating innovative corrosion mitigation *** review summarizes scientific advancements in high-temperature anticorrosion coatings for molten nitrate salts, highlighting the key challenges and future *** also explores various coating types, including metallic, ceramic, and carbon-based coatings, and compares different coating deposition *** review emphasizes the need for durable coatings that meet long-term performance requirements and regulatory limitations, with an emphasis on carbon-based coatings and emerging nanomaterials.A combination of multiple coatings is required to achieve desirable anticorrosion properties while addressing material compatibility and cost *** overall goal is to advance the manufacturing, assembly, and performance of CSP systems for increased efficiency, reliability, and durability in various applications.

关键词： anticorrosive coating high temperature molten salt concentrated solar power thermal energy storage

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