The atmospheric residue is routed to a VDU operating under deep vacuum conditions to recover heavy vacuum gas oil (VGO) without causing thermal cracking. EHY2102 guides engineers on how to tune column hydraulics and minimize liquid carryover within the HYSYS environment. Refinery basics | PPTX - Slideshare
: Includes Fluidized Catalytic Cracking (FCC), Hydrocracker, Catalytic Reformer, and Isomerization reactor models. Utility Operations :
: Specialized models for Catalytic Reforming , Delayed Coking, and Visbreaking that utilize molecular-based simulation for accurate yield prediction.
While the exact day-to-day agenda can vary by training provider, the course is consistently built around a core set of topics. The "Agenda" typically begins with an , covering key industrial workflows and the capabilities of specialized refining reactors like FCC units. Participants then engage with Petroleum Assay Management , learning to characterize crude oil assays, manage over 50 key petroleum properties (e.g., sulfur content, octane number), and blend or cut assays using unit operations like the Petroleum Feeder. A significant portion of the course is dedicated to modeling primary separation units, such as building an Atmospheric Crude Column with side strippers and pump-arounds. From there, the curriculum advances to configuring, calibrating, and simulating key Refinery Reactors , including the FCC unit, Catalytic Reformer, and Hydrocracker. Finally, the course covers critical Optimization and Troubleshooting techniques, using tools like case studies and the Aspen HYSYS Optimizer to evaluate performance, improve convergence, and solve simulation problems. EHY2102 Aspen HYSYS Petroleum Refining...Unit O...
: Master techniques for importing and characterizing petroleum assays to track over 350 petroleum properties. Profit Evaluation
The EHY2102 training is designed for experienced users to build, evaluate, and optimize complex refinery models. It emphasizes the use of Petroleum Assays and specialized Refinery Reactors
The global energy sector is under immense pressure to maximize profitability while reducing operational carbon footprints. To achieve this, engineers rely heavily on to analyze, optimize, and troubleshoot existing infrastructure. The atmospheric residue is routed to a VDU
Modeling a refinery isn't just about connecting pipes; it's about defining the chemistry of the feed. Crude oil is not a single chemical; it is a complex mixture of thousands of hydrocarbons.
Using the Oil Manager to import crude assays, defining light ends (C2-C5), and generating hypothetical components (hypo-components) to represent the bulk oil.
If you can share the file or a few lines of text from it, I will provide a line-by-line or section-by-section review. Utility Operations : : Specialized models for Catalytic
: Import and manage crude oil assay information using the Petroleum Assay feature.
is the official AspenTech training course code for Aspen HYSYS Petroleum Refining: Process Modeling and Optimization for Refinery Unit Operations . This training equips process engineers with the advanced tools needed to simulate, troubleshoot, and optimize petroleum refining unit operations . By mastering this curriculum, engineers bridge the gap between complex thermodynamic data and profitable plant performance. 🏛️ What is EHY2102?
If you'd like to dive deeper into this simulation workflow, let me know:
The benefits of using EHY2102 Aspen HYSYS Petroleum Refining include: