: Learning to configure major units like Fluidized Catalytic Cracking (FCC), Hydrocrackers, and Catalytic Reformers. Assay Management
Mastering EHY2102 means moving from simple simulation to strategic process modeling. The ultimate goal is to that help you make informed, data-driven decisions. By building accurate, calibrated models of units like the FCC and CDU, you can evaluate the impact of different crude slates, optimize operating conditions, and identify the most cost-effective capital investments to maximize refinery profitability.
: Perform workflows that make HYSYS model data readable by Aspen PIMS , directly supporting refinery planning and crude selection. Essential Unit Operations Covered EHY2102 Aspen HYSYS Petroleum Refining...Unit O...
The Product Blender in HYSYS (Unit O) is used to calculate the physical properties of mixed product streams, such as density, Reid Vapor Pressure (RVP), and sulfur content. This is essential for ensuring product quality meets specification constraints. 3. Refinery Reactors: Modeling Key Operations
The EHY2102 course is designed for a broad range of professionals in the chemical and petroleum industries, including process engineers, design and optimization specialists, R&D engineers, and plant performance engineers. To maximize the learning experience, a background in the petroleum refining industry is strongly recommended, but the course is structured to accommodate participants who are new to Aspen HYSYS or have completed the introductory EHY101 course. : Learning to configure major units like Fluidized
The ultimate goal of any refinery simulation is not just to model a process but to make it better, ensuring operators can safely run plants at peak performance while maximizing profits.
The course provides deep, practical exposure to the essential unit operations that make up a modern refinery. Each unit is examined in detail, with a focus on its configuration, calibration, and simulation within the Aspen HYSYS Petroleum Refining environment. By building accurate, calibrated models of units like
The keyword is not just a course enrollment tag. It represents a philosophy of discrete, accurate, hydraulic-aware modeling.
Hydrocracking is a bifunctional process:
Unit operations are the building blocks of any petroleum refinery. These operations involve the separation, conversion, and treatment of various petroleum fractions to produce a range of products, including fuels, lubricants, and petrochemicals. Common unit operations in petroleum refining include: