The primary goal of any industry is to transform raw materials into finished products suitable for various applications. Process Engineering plays a crucial role in achieving this by ensuring each step of production is efficient, safe, and cost-effective. As a multidisciplinary field, it can initially seem complex, involving everything from chemical reactions to equipment and system design. This course offers a comprehensive introduction to the core principles of process engineering, with a special focus on the oil and gas industry. Students gain insights into real-world industrial processes, learn about key design activities, and develop a clear understanding of how various systems integrate to create a seamless production workflow. Ideal for aspiring engineers, this course lays the foundation for a successful career in the process and energy sectors.
Field Scope & Importance
- Focuses on improving industrial processes for maximum efficiency and productivity.
- Involves designing, developing, and refining processes used in chemical manufacturing.
- Ensures operations meet safety standards and environmental regulations.
- Analyzes input and output flows to optimize resource usage and reduce waste.
- Utilizes advanced tools and automation to streamline process control and monitoring.
- Plays a vital role in sectors like oil & gas, pharmaceuticals, food processing, and petrochemicals.
Eligibility
- Fresh/Experienced, Degree/Diploma Chemical Engineers
Working Steps for Process Engineering
Design & Analysis
Analyze requirements, define process flow, and design the system for optimal performance and safety.
System Integration
Integrate various process systems, ensuring seamless operation and compliance with engineering standards.
Simulation & Optimization
Run simulations to model system behavior and optimize for energy efficiency and cost-effectiveness.
Testing & Implementation
Conduct tests, validate system performance, and implement processes on-site for real-world application.
Curriculum
- Introduction to Process
- Introduction to Oil and Gas Industry
- Symbols of P&ID
- Process Flow Diagrams (PFD) Preparation
- Utility Flow Diagrams (UFD) Preparation
- Piping and Instrumentation Diagrams (P&ID) Preparation
- Speciality fittings
- Instrumentation and Process Control Overview
- Line Sizing for various services
- Basics of pipe selection
- Sizing and specifications of various pressure vessels
- Pump design
- Heat Exchanger design
- Evaluation of control valves
- Pressure relief devices
- HAZOP Review demonstration
Core Functions of Process Engineering
Process Design
Learn to design and optimize industrial processes for maximum efficiency and safety.
System Analysis
Develop skills to analyze and improve the performance of various process systems.
Chemical Principles
Understand the core principles of chemistry and thermodynamics applied to process industries.
Safety & Compliance
Focus on ensuring that processes meet safety standards and environmental regulations.
Control & Automation
Gain knowledge in controlling and automating industrial systems to enhance process reliability.
Industry Applications
Apply process engineering in sectors like oil & gas, pharmaceuticals, and food processing.
