(FCC, Hydrocracker, Reformer).
: Designing atmospheric columns that serve as the first—and most critical—processing step in any refinery. Profit Evaluation
EHY2102深入讲授了三大核心炼油反应器的建模方法：
Enhancing yield and reducing energy consumption. Core Components of Petroleum Refining Simulation in HYSYS ehy2102 aspen hysys petroleum refiningunit o
Accurate vapor-liquid equilibrium (VLE) data determines equipment sizing and fractional separation quality. The and Peng-Robinson-Stryjek-Vera (PRSV) equations of state serve as the thermodynamic backbone for most high-temperature, high-pressure refinery hydrocarbon flowsheets. Critical Refinery Unit Operations and Reactor Models
Process engineers interested in enrolling in the EHY2102 course should visit the official AspenTech website or contact their local AspenTech representative. They can also check the official training catalog for a complete schedule of upcoming public classes and their associated fees.
: Constructing and optimizing multi-unit flowsheets including complex reactors. (FCC, Hydrocracker, Reformer)
Create multi-unit flowsheets including distillation columns and advanced reactors.
HYSYS Petroleum Refining can track over 350 specific petroleum properties throughout a flowsheet, such as octane numbers, sulfur content, and flash points.
The results were remarkable. The hydrotreater's capacity increased by 15%, and the product quality improved significantly. The refinery was able to process more diesel fuel, increasing its revenue and reducing the need for costly off-site processing. Core Components of Petroleum Refining Simulation in HYSYS
在深入了解EHY2102课程之前，有必要先掌握其所依托的软件平台——的核心功能。
Aspen HYSYS provides a user-friendly interface combined with robust thermodynamics, making it the preferred choice for refining simulation.