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所在平台: Udemy |
课程主页: https://www.udemy.com/course/distillation-theory-simulation-and-control/
课程评论：没有评论
课程名称：炼油蒸馏：理论、仿真与控制 课程概述：本课程全面探讨炼油蒸馏的理论、仿真和控制，深入解析原油分离的蒸馏过程。参与者将学习蒸馏原料、产品规格及影响效率和产量的关键操作条件。课程涵盖工艺流程图（PFD）的基础知识，使学生能够可视化并理解单元操作之间的复杂关系。 课程重点介绍各种单元设备，包括蒸馏塔和热交换器，突出它们的设计和操作参数。学生将使用Aspen HYSYS软件进行稳态仿真，以分析和优化蒸馏过程。此外，课程还将深入探讨动态建模，提供瞬态行为和控制策略的见解，以确保通过添加不同的PID控制器来维护最佳操作，包括过程流量、温度和压力的控制，并确保满足大气蒸馏产品的定义规格。 另外，参与者将探索先进的过程控制技术，确保他们能够有效管理原料成分及操作条件的变化。课程结束时，学生将具备在炼油环境中设计、仿真和优化蒸馏系统的实际技能和理论知识，为他们在石化行业中的真实挑战做好准备。
This comprehensive course on refinery distillation (theory, Simulation and Control) provides an in-depth exploration of the distillation process essential for crude oil separation. Participants will learn about distillation feeds, product specifications, and the critical operating conditions that influence efficiency and yield.The course covers the fundamentals of process flow diagrams (PFDs), allowing students to visualize and understand the intricate relationships between unit operations. Emphasis will be placed on various unit equipment, including distillation columns and heat exchangers, highlighting their design and operational parameters.Using Aspen HYSYS software, students will engage in steady-state simulations to analyze and optimize distillation processes. The course will also delve into dynamic modeling, providing insights into transient behaviors and control strategies necessary for maintaining optimal operation by adding different PID controllers to control process flow, temperature and pressure also to make sure we are maintaining defined specification of the atmospheric distillation products.Additionally, participants will explore advanced process control techniques, ensuring they can effectively manage variations in feed composition and operating conditions. By the end of the course, students will be equipped with practical skills and theoretical knowledge to design, simulate, and optimize distillation systems in a refinery setting, preparing them for real-world challenges in the petrochemical industry.
