Fundamentals of Process and Mechanical Technology

Overview:

Introduction:

Process and mechanical technology integrates methods for transforming materials with the design and maintenance of mechanical systems, ensuring efficient, safe, and reliable industrial operations through optimized processes and durable equipment. This training program offers comprehensive instruction on the core principles and practices crucial for professionals in process and mechanical engineering. Participants will gain valuable insights into key concepts, tools, and techniques relevant to both process and mechanical technology, empowering them to enhance their expertise in the field.

Program Objectives:

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

• Explore the key principles in process and mechanical technology, including fluid mechanics and thermodynamics.

• Apply mechanical principles in machine design and force analysis.

• Comprehend mass and energy balance, and process control in industrial settings.

• Utilize heat transfer and thermodynamics for industrial applications.

• Implement safety, maintenance strategies, and emerging technologies to improve efficiency and reliability.

Targeted Audience:

• Petroleum Engineers.

• Maintenance & Production Engineers.

• Process Engineers.

• R&D Chemists, Plant Chemists.

• Economists & Business Managers.

Program Outlines:

Unit 1:

Overview of Process and Mechanical Technology:

• Introduction to process technology and mechanical engineering.

• Importance of understanding fundamental principles in industrial settings.

• Overview of equipment and systems encountered in process industries.

• Basic principles of fluid mechanics, thermodynamics, and mechanics.

• Role of process and mechanical technology in various industries.

Unit 2:

Mechanical Principles and Applications:

• Understanding mechanical properties of materials.

• Basics of statics and dynamics.

• Application of mechanical principles in machine design.

• Introduction to mechanisms and mechanical systems.

• Principles of force analysis and load distribution.

Unit 3:

Process Technology Fundamentals:

• Overview of chemical and physical processes.

• Principles of mass and energy balance.

• Introduction to process instrumentation and control.

• Understanding unit operations and unit processes.

• Role of process technology in industrial production.

Unit 4:

Heat Transfer and Thermodynamics:

• Fundamentals of heat transfer mechanisms.

• Basic principles of thermodynamics.

• How heat transfer and thermodynamics are applied in process industries.

• Heat exchangers and their applications.

• Thermodynamic cycles and energy conversion processes.

Unit 7:

Fluid Mechanics and Hydraulics:

• Basics of fluid properties and behavior.

• Principles of fluid statics and dynamics.

• How fluid mechanics are applied in piping systems.

• Introduction to hydraulic systems and components.

• Fluid flow measurement techniques and devices.

Unit 6:

Mechanical Equipment and Systems:

• Overview of mechanical equipment used in process industries.

• Principles of operation and maintenance of pumps, compressors, and turbines.

• Understanding of mechanical power transmission systems.

• Introduction to material handling equipment.

• Role of mechanical equipment in industrial processes.

Unit 7:

Process Control and Instrumentation:

• Basics of process control systems.

• Introduction to instrumentation and control devices.

• Principles of feedback and feedforward control.

• Understanding of control loops and tuning techniques.

• Role of process control in ensuring operational efficiency.

Unit 8:

Safety and Environmental Considerations:

• Importance of safety in process and mechanical technology.

• Overview of industrial safety standards and regulations.

• Hazard identification and risk assessment techniques.

• Environmental impact of industrial processes.

• Strategies for mitigating safety and environmental risks.

Unit 9: 

Equipment Maintenance and Reliability:

• Importance of equipment maintenance in industrial operations.

• Basics of preventive, predictive, and corrective maintenance.

• Introduction to reliability-centered maintenance (RCM).

• Techniques for equipment troubleshooting and diagnostics.

• Role of maintenance in ensuring equipment reliability and uptime.

Unit 10:

Emerging Technologies in Process and Mechanical Technology:

• Overview of recent advancements in process and mechanical technology.

• Introduction to Industry 4.0 and its impact on industrial processes.

• Emerging trends in automation, robotics, and digitalization.

• Artificial intelligence and machine learning in process industries.