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所在平台: Udemy |
课程主页: https://www.udemy.com/course/smpv-rules-2016/
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课程名称：掌握 2016 年 SMPV 规则：最新修订与合规性 概述：在印度安全气体处理的 SMPV（无火）规则中解锁全面的专业知识。无论您是工程师、安全专家、工厂经理还是未来的专业人士，如今都正确处理压缩气体、压力容器或危险物质的工作，都需要确保您的操作完全符合关键的静态和移动压力容器（无火）规则。EPCLAND 的这门综合课程提供对 2016 年 SMPV 规则的深入理解，并涵盖到 2025 年的所有最新修订内容。掌握最新的监管要求，包括对快速发展的氢能源领域的重大影响。 本课程的重要性： 1. SMPV 规则是印度压力容器安全的基石，涉及设计、施工、储存、运输与操作等多方面，非合规将导致严重的处罚、事故和声誉损害。 2. 课程内容超越基础，深入解析如下内容： - 规定的发展历程：从1981年原始规则到2016年全面重发的历程。 - 2016年 SMPV 规则的关键变化：扩大范围，包括低温液体、新定义（如：自动 LNG、TPIA）、更新设计要求、增强安全协议（消防保护、HAZOP）和简化许可程序。 - 深入探讨 2018、2019 和 2021 年修订的具体细节。 - 最新更新（2024/2025焦点）：掌握最新修订的影响，包括： - 氢气一体化：集中氢气（CHG）、绿色氢和液化氢（LH2）的储存、处理和分配的新规定，新的氢脆、安全标准及其特殊分配站。 - 许可有效期延长：多个关键许可证有效期延长至10年，减轻合规负担。 - 修订费用结构：了解自2025年5月1日起实施的检查和认证标准化费用。 - 数字化推进：了解强制性在线提交过程。 - 与全球标准对接：印度法规如何与国际最佳实践（如 ASME BPV 第八部分第三分部、NFPA-2、ISO 系列）对接。 - PESO的关键角色：理解石油和爆炸物安全组织（PESO）在执法、许可、批准、检查、事故调查和标准制定中的重要作用。 - 规则结构理解：熟悉72条主要规则，分为8个章节，涵盖从初步定义到许可和事故询问的内容。 - CHG 储存设施：对高压氢储存规则的详细解释，包括： - 压力容器类型和设计规范的具体要求。 - 布局和位置规则：建筑物、财产线、火源和公共通行区域的安全距离以降低风险，包含强制安全设备、消防保护和通风系统。 本课程旨在帮助相关专业人士深入掌握 SMPV 规则的最新变化与合规要求，确保在安全和合规实践上始终走在行业前沿。
Unlock Comprehensive Expertise in India's SMPV (Unfired) Rules for Safe Gas HandlingAre you an engineer, safety professional, plant manager, or aspiring expert working with compressed gases, pressure vessels, or hazardous substances in India? Do you need to ensure your operations are fully compliant with the critical Static and Mobile Pressure Vessels (Unfired) Rules?This comprehensive course from EPCLAND provides an in-depth understanding of the SMPV Rules, 2016, and crucially, all the latest amendments up to 2025. Stay ahead of the curve with the most current regulatory requirements, including the significant changes impacting the rapidly evolving Hydrogen Energy sector.Why is this course essential for you?The SMPV Rules are the cornerstone of safety for pressure vessels in India, governing everything from design and construction to storage, transport, and operation. Non-compliance can lead to severe penalties, accidents, and reputational damage. This course goes beyond the basics, offering insights into:The Evolution of Regulations: From the original 1981 rules to the comprehensive 2016 re-issuance.Key Changes in SMPV Rules, 2016: Understand the expanded scope to include cryogenic liquids, new definitions (e.g., Auto LNG, TPIA), updated design requirements, enhanced safety protocols (fire protection, HAZOP), and streamlined licensing procedures.Deep Dive into Amendments (2018, 2019, 2021): Learn about the specific revisions that have continuously refined the rules over the years.Crucial Latest Updates (2024/2025 Focus): Be among the first to grasp the implications of the most recent amendments, including:Comprehensive Hydrogen Integration: Detailed provisions for Concentrated Hydrogen Gas (CHG), Green Hydrogen, and Liquefied Hydrogen (LH2) storage, handling, and dispensing. Explore new safety standards for hydrogen embrittlement, cryogenic valves, and specialized dispensing stations.Extended License Validity: A major relief for industry, with many key licenses now extended from 5 to 10 years, reducing compliance burden.Revised Fee Structure: Understand the standardized fees for inspections and certifications, effective May 1, 2025.Digitalization Push: Insights into the mandatory online submission processes for PESO.Alignment with Global Standards: How Indian regulations are integrating international best practices (e.g., ASME BPV Section VIII Division 3, NFPA-2, ISO series).PESO's Pivotal Role: Gain clarity on how the Petroleum and Explosives Safety Organization (PESO) acts as the nodal agency for enforcement, licensing, approvals, inspections, accident investigations, and standard formulation.Understanding Rule Structure: Familiarize yourself with the 72 main rules organized across 8 chapters, covering everything from preliminary definitions to licensing and accident inquiries.Focus on CHG Storage Facilities: Detailed explanations of the rules governing high-pressure hydrogen storage, including:Specific requirements for pressure vessel types and design codes.Critical Layout and Location rules: Safe distances from structures, property lines, ignition sources, and public access areas, with a focus on risk mitigation factors.Mandatory safety fittings, fire protection, and ventilation systems.
