|
所在平台: Udemy |
课程主页: https://www.udemy.com/course/special-requirements-for-hydrogen-service-piping-materials/
课程评论：没有评论
课程名称：氢气服务的特殊要求 - 管道材料 课程概述：氢气服务在管道设计中面临独特的挑战，特别是在材料性能方面，如氢脆、裂纹和透过性。此课程深入探讨用于氢气服务应用的管道材料的选择、制造、热处理、测试和合规要求。通过本课程的学习，学员将获得管道系统安全可靠运行的材料规范、制造标准和行业最佳实践的实用知识。 课程模块与主题： 1. **氢气服务管道：概述** - 氢气在管道系统中的挑战 - 氢脆、透过性与扩散的影响 - 影响氢气服务材料选择的因素 - 行业应用和关键服务条件 2. **制造方法** - 管道制造工艺：无缝管与焊接管 - 氢气服务管道的质量控制考虑 - 管道成形技术对材料完整性的影响 3. **热处理、组成与抗拉强度** - 热处理在改善氢气抵抗力中的作用 - 材料组成：合金元素的重要性 - 抗拉强度考虑及ASME/ASTM材料要求 4. **焊后热处理（PWHT）：目的与要求** - PWHT在氢气服务应用中的重要性 - 温度范围、保持时间和冷却方法 - 代码合规性：ASME B31.12及相关标准 5. **冲击测试：限制与要求** - 冲击测试在氢气服务材料中的必要性 - 测试方法（夏比V缺口测试） - 最低能量吸收要求和温度考虑 6. **硬度：碳钢与合金钢的限制与要求** - 在氢气服务中硬度控制的重要性 - 碳钢（CS）和合金钢（AS）的硬度限制 - 测试方法及与行业标准的合规性 7. **规范、标准与最佳实践** - ASME B31.3、B31.12及API指南概述 - 根据ASTM和ASME代码的材料规范 - 安全氢气管道设计的行业最佳实践 **适合人群：** - 从事氢气服务项目的管道工程师与设计师 - 能源和过程行业的QA/QC专业人员 - 专注于材料选择的机械与冶金工程师 - 涉及氢气系统的工厂维护与操作人员 **课程收益：** - 理解氢气服务管道材料的复杂性 - 学习行业标准与合规要求 - 了解热处理、硬度与冲击测试标准 - 提升氢气管道材料选择的技能 加入我们，掌握氢气服务管道材料的基本要求，在不断发展的能源行业中保持领先！
Hydrogen service presents unique challenges in piping design due to its impact on material properties, particularly hydrogen embrittlement, cracking, and permeability. This course provides an in-depth understanding of the selection, manufacturing, heat treatment, testing, and compliance requirements for piping materials used in hydrogen service applications.By the end of this course, learners will gain practical knowledge of material specifications, fabrication standards, and industry best practices to ensure the safe and reliable operation of piping systems handling hydrogen.Course Modules & Topics Covered:1. Hydrogen Service Piping: OverviewChallenges associated with hydrogen in piping systemsEffects of hydrogen embrittlement, permeability & diffusionFactors influencing material selection for hydrogen serviceIndustry applications and critical service conditions2. Method of ManufacturingPipe manufacturing processes: Seamless vs. welded pipesQuality control considerations for hydrogen service pipesInfluence of pipe forming techniques on material integrity3. Heat Treatment, Composition & Tensile StrengthRole of heat treatment in improving hydrogen resistanceMaterial composition: Importance of alloying elementsTensile strength considerations & ASME/ASTM material requirements4. Post Weld Heat Treatment (PWHT): Purpose & RequirementsSignificance of PWHT in hydrogen service applicationsTemperature ranges, holding times, and cooling methodsCode compliance: ASME B31.12 and related standards5. Impact Test: Limits & RequirementsNecessity of impact testing in hydrogen service materialsTest methodologies (Charpy V-Notch Test)Minimum energy absorption requirements and temperature considerations6. Hardness: Limits & Requirements for CS & ASImportance of hardness control in hydrogen serviceHardness limits for Carbon Steel (CS) and Alloy Steel (AS)Testing methods and compliance with industry standards7. Codes, Standards & Best PracticesOverview of ASME B31.3, B31.12, and API guidelinesMaterial specifications as per ASTM & ASME codesIndustry best practices for safe hydrogen piping designWho Should Enroll?Piping engineers & designers involved in hydrogen service projectsQA/QC professionals in the energy and process industriesMechanical & metallurgical engineers focusing on material selectionPlant maintenance & operations personnel handling hydrogen systemsCourse Benefits:Understand the complexities of hydrogen service piping materialsLearn industry standards and compliance requirementsGain insights into heat treatment, hardness & impact test criteriaEnhance skills in material selection for hydrogen pipelinesJoin us in mastering the essential requirements for Hydrogen Service Piping Materials and stay ahead in the evolving energy sector!
