HYHYS and Process Simulation

Overview:

Introduction:

HAZOP (Hazard and Operability Study) and process simulation are essential tools for ensuring safety and efficiency in industrial operations. HAZOP systematically identifies potential hazards and risks, while process simulation models operational processes to optimize performance and troubleshoot issues. This training program provides a comprehensive understanding of HYSYS, focusing on its application in simulating and optimizing oil and gas processes. Through it, participants will explore the various functions of HYSYS, including fluid characterization, material balances, and process simulation, enabling them to enhance operational efficiency and optimize system performance.

Program Objectives:

At the end of this program, participants will be able to:

• Utilize simulation software to model processes within the oil, gas, and petrochemical industries.

• Analyze simulated data to optimize operations, troubleshoot issues, and enhance efficiency.

• Apply acquired knowledge to improve decision-making in refining, gas processing, and petrochemical production.

• Improve system efficiency and performance through process optimization techniques.

• Explore the key principles and applications of process simulation software in real-world scenarios.

Targeted Audience:

• Chemical Engineers

• Process Engineers

• Petrochemical Technicians

• International Oil and Gas Companies’ Staff

Program Outline:

Unit 1:

HYSYS Overview and Applications:

• Introduction to fluid and transport properties.

• Fluid characterization and fluid package selection in HYSYS.

• Fluid property calculation using HYSYS.

• Using HYSYS for oil and gas property simulation.

• Thermodynamic selection and its application in HYSYS.

Unit 2:

Process Flow Diagrams in HYSYS:

• Conducting material and energy balances in HYSYS.

• Customizing and generating reports within HYSYS.

• Advanced extensions and applications in HYSYS.

• Implementing oil and gas property applications.

• Developing accurate process flow diagrams for oil and gas industries.

Unit 3:

Simulation Practices:

• Simulating oil, gas, and water separators in HYSYS.

• Operational simulation of pumps and compressors.

• Heat exchanger simulations in HYSYS.

• Creating simulations for valves, fittings, and pipelines.

• Troubleshooting and optimizing simulation models.

Unit 4:

Distillation Columns:

• Simulating chemical reactors in HYSYS.

• Understanding distillation column design and operation.

• Oil pumping and transportation system simulations.

• Implementing gas compression plant simulations.

• Optimizing distillation columns for better separation efficiency.

Unit 5:

Oil Stabilization Plant:

• NGL extraction using mechanical refrigeration techniques.

• Simulating NGL fractionation plants in HYSYS.

• Process optimization in NGL fractionation.

• Applying dynamic simulation for gas feed plants.

• Enhancing oil stabilization plant operations through simulation.