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所在平台: Udemy |
课程主页: https://www.udemy.com/course/safety-analysis-and-optimization-by-aspen-hysys/
课程评论：没有评论
**课程名称：** 使用Aspen HYSYS进行安全分析与优化 **课程概述：** 本课程旨在帮助工程师和安全专业人士提升在流程工业中使用Aspen HYSYS进行安全分析和优化的专业技能。学员将深入理解安全系统和优化技术，掌握分析和改进工艺安全与效率的必备技能。 **主要内容：** **安全分析部分：** * **压力泄放装置：** 学习压力泄放装置的原理及其在异常工况下维持系统完整性的重要性。 * **Aspen HYSYS中的安全分析环境：** 熟悉Aspen HYSYS中的安全分析工具，重点关注安全场景的设置、执行和解读。 * **控制阀故障：** 评估控制阀故障对工艺安全的影响，并学习如何在Aspen HYSYS中建模此类故障。 * **火灾场景：** 理解模拟火灾场景及其对工艺安全影响的方法论。 * **管道尺寸：** 探讨为防止超压和确保工艺效率而进行的正确管道尺寸设计技术。 * **多个压力安全阀：** 分析多个压力安全阀的使用及其配置，以实现最佳安全性能。 **优化部分：** * **原始优化器和Hyprotech SQP优化器：** 深入了解使用Aspen HYSYS中的原始优化器和先进的Hyprotech序列二次规划（SQP）优化器的原理。 * **工艺变量：** 定义和识别影响系统性能和安全的关键工艺变量。 * **工艺约束：** 理解工艺约束的重要性以及如何将其整合到优化模型中。 * **目标函数：** 学习如何制定目标函数，以平衡安全性和操作效率，驱动优化工作。
This comprehensive course is designed for engineers and safety professionals seeking to enhance their expertise in safety analysis and optimization within process industries using Aspen HYSYS. Participants will gain a thorough understanding of safety systems and optimization techniques, equipping them with the skills necessary to analyze and improve process safety and efficiency.Safety Analysis SectionPressure Relief Devices: Learn the principles and importance of pressure relief devices in maintaining system integrity under abnormal conditions.Safety Analysis Environment in Aspen HYSYS: Navigate the safety analysis tools within Aspen HYSYS, focusing on setup, execution, and interpretation of safety scenarios.Control Valve Failure: Assess the implications of control valve failures on process safety and how to model these failures in Aspen HYSYS.Fire Scenarios: Understand the methodologies for simulating fire scenarios and their impact on process safety.Line Sizing: Explore techniques for proper line sizing to prevent overpressure and ensure process efficiency.Multiple Pressure Safety Valves: Analyze the use of multiple pressure safety valves and their configuration for optimal safety performance.Optimization SectionOriginal Optimizer and Hyprotech SQP Optimizer: Delve into the principles of optimization using both the original optimizer and the advanced Hyprotech Sequential Quadratic Programming (SQP) optimizer within Aspen HYSYS.Process Variables: Define and identify key process variables that influence system performance and safety.Process Constraints: Understand the importance of process constraints and how to integrate them into optimization models.Objective Functions: Learn to formulate objective functions that drive optimization efforts, balancing safety and operational efficiency.
