Aspen HYSYS Level 2

# Aspen HYSYS Level 2

## Advanced Plants Simulation

# Advanced Fluid Packages Selection

🔹 Advanced Thermodynamic Models
🔹 Fluid Package Validation & Tuning

# Oil Gathering & Separation Facilities

🔹 Two-Phase and Three-Phase Separators
🔹 Degassing Stations
🔹 Heater Treaters
🔹 Free Water Knockout Systems

# Crude Oil Stabilization Units

🔹 Crude Stabilization Columns
🔹 Vapor Recovery Systems
🔹 Reid Vapor Pressure Optimization

# Advanced Gas Processing Plants

🔹 Gas Sweetening with Amine Systems
🔹 Acid Gas Removal (H₂S & CO₂)
🔹 Sulfur Recovery Concepts
🔹 Gas Compression Networks

# Natural Gas Liquids Recovery

🔹 Cryogenic Gas Processing
🔹 Deep Ethane Recovery
🔹 Advanced NGL Extraction Systems

# Produced Water Treatment Systems

🔹 Hydrocyclones
🔹 Oil-Water Separation
🔹 Water Injection Preparation

# Fertilizer Industry Applications

🔹 Ammonia Production Process
🔹 Urea Production Process
🔹 CO₂ Recovery & Utilization
🔹 Process Integration in Fertilizer Plants

# Refinery Process Simulation

🔹 Atmospheric Distillation Unit (ADU)
🔹 Vacuum Distillation Unit (VDU)
🔹 Heat Integration Techniques

# Advanced Heat Exchanger Networks

🔹 Energy Optimization
🔹 Pinch Analysis Concepts
🔹 Process Heat Recovery

# Dynamic Simulation Fundamentals

🔹 Dynamic Equipment Configuration
🔹 Controllers & Control Loops
🔹 PID Tuning Techniques
🔹 Control Valve Sizing

# Plant Start-Up & Shutdown Studies

🔹 Start-Up Scenarios
🔹 Shutdown Procedures
🔹 Emergency Process Response

# Compressor & Pump Dynamics

🔹 Surge Analysis
🔹 Anti-Surge Control Systems
🔹 Equipment Performance Evaluation

# Process Troubleshooting Using HYSYS

🔹 Bottleneck Identification
🔹 Operational Problem Solving
🔹 Process Optimization Techniques

# Integrated Industrial Case Studies

🔹 Oil Separation Station
🔹 Gas Processing Plant
🔹 Ammonia Plant
🔹 Urea Plant
🔹 Complete Dynamic Plant Simulation