The Chemical and Petrochemical Plant Model Diploma (Case Study: Ammonia Plant) is an advanced training program designed to provide professionals with an in-depth understanding of chemical and petrochemical plant design, operation, and optimization. Using the ammonia plant as a case study, the program integrates fundamental concepts with real-world applications, allowing participants to gain practical insights into the entire lifecycle of a plant, from site selection and design to startup, operation, and troubleshooting.
The program comprises 37 comprehensive modules, covering essential topics such as process design, mechanical design, plant operation, safety precautions, and modern innovations like green hydrogen and green ammonia. Participants will also explore plant economics, operating procedures, and advanced troubleshooting techniques, ensuring they are equipped to tackle industry challenges and drive efficiency.
Who Should Attend:
This diploma is ideal for:
- Chemical and Mechanical Engineers: Professionals working in or aspiring to join the chemical and petrochemical industries.
- Plant Managers and Supervisors: Individuals responsible for overseeing plant operations and ensuring efficiency.
- Process Engineers: Specialists focusing on process optimization and troubleshooting in chemical plants.
- Early-Career Engineers: Graduates seeking foundational and advanced knowledge of plant design and operation.
- Safety and Compliance Officers: Professionals managing plant safety and regulatory compliance.
R&D Specialists: Engineers working on innovation and sustainable practices in chemical processes
Course Features
- Lectures 35
- Quiz 0
- Duration 150 hours
- Skill level All levels
- Language English
- Students 0
- Certificate No
- Assessments Yes
Curriculum
- 1 Section
- 35 Lessons
- 150 Hours
- Course Modules35
- 1.1Module 1: Introduction to Chemical and Petrochemical Plants
- 1.2Module 2: Fundamentals of Plant Design
- 1.3Module 3: Process Design
- 1.4Module 4: Mechanical Design
- 1.5Module 5: Site Selection and Layout
- 1.6Module 6: Fundamentals of Plant Operation
- 1.7Module 7: Case Study ” Ammonia Plant”
- 1.8Module 8: Introduction to the Ammonia Process
- 1.9Module 9: Gas purification (Desulfurization)
- 1.10Module 10: Primary Reformer
- 1.11Module 11: Air Compressor
- 1.12Module 12: Secondary Reforming Unit
- 1.13Module 13: CO Converting Unit
- 1.14Module 14: CO2 Removal Unit
- 1.15Module 15: CO2 Compressor
- 1.16Module 16: Methanation Unit
- 1.17Module 17: Synthesis Gas Compressor
- 1.18Module 18: Ammonia Synthesis Loop
- 1.19Module 21: Purge Gas Recovery Unit
- 1.20Module 22: Ammonia Tank
- 1.21Module 23: Catalysts
- 1.22Module 24: Water System
- 1.23Module 25: Utilities
- 1.24Module 26: Control System
- 1.25Module 27: Plant Operating Procedures SOP
- 1.26Module 28: Startup/Shut Down
- 1.27Module 29: Plant Follow-up
- 1.28Module 30: Troubleshooting
- 1.29Module 31: Ammonia Process licensors
- 1.30Module 32: Plant Models
- 1.31Module 33: Safety precautions
- 1.32Module 34: Green hydrogen
- 1.33Module 35: Green Ammonia
- 1.34Module 36: Case Studies
- 1.35Module 37: Ammonia Economics
