Refinery Process Engineering Fundamentals
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Refinery Process Engineering Fundamentals
Refinery Process Engineering Fundamentals
1) Course Introduction
This course introduces participants to the fundamental concepts of refinery process engineering, covering thermodynamics, reaction chemistry, mass transfer, and process simulation.
At the scientific center of this program, Seattle International Institute for Training integrates engineering models and practical calculations required for effective decision-making in downstream operations.
2) Key Learning Objectives
Participants will learn to:
· Understand process engineering principles
· Apply mass and energy balances
· Interpret refinery process data
· Use simulation tools for process modeling
· Support unit optimization and troubleshooting
3) Target Audience
· Process engineers
· Refinery technical teams
· Operations and control room staff
· Engineering graduates
4) Course Importance & Business Impact
Strong process engineering skills improve unit performance, reduce energy usage, and enhance overall refinery efficiency.
5) Practical Modules / Key Topics
· Thermodynamics basics
· Heat and mass balance
· Reaction engineering
· Process simulation (HYSYS, Aspen)
· Engineering calculations
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Related Cources
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Heat Exchangers: Design, Operation & Fouling Management
Fired Heaters & Boilers: Efficiency & Safety
Steam Systems & Utilities Optimization
Refinery Turnaround & Shutdown Planning
Maintenance & Reliability for Downstream Facilities
Root Cause Failure Analysis (RCFA) for Refining Equipment
Pumps, Compressors & Turbines in Refinery Operations
Tank Farm Operations, Safety & API Standards
