Day 1:
Fundamentals of Pumps and Valves
Overview of pump and valve types and their applications.
Principles of fluid dynamics and system design.
Key factors influencing pump and valve selection.
Industry standards and compliance requirements (e.g., API, ISO).
Day 2:
Pump Selection and Performance Optimization
Matching pumps to system requirements (flow rate, pressure, etc.).
Energy efficiency considerations in pump design.
Case study: Optimizing pump performance in a chemical plant.
Hands-on exercise: Selecting pumps for a hypothetical application.
Day 3:
Valve Selection and Operation
Types of valves and their functional differences.
Valve sizing and material selection for specific applications.
Preventive maintenance strategies for valves.
Real-world example: Avoiding valve failure in a high-pressure system.
Day 4:
Maintenance and Inspection Techniques
Routine inspection procedures for pumps and valves.
Identifying wear and tear through visual and non-destructive testing.
Predictive maintenance using IoT and condition monitoring tools.
Workshop: Developing a maintenance schedule for a pump system.
Day 5:
Troubleshooting and Advanced Applications
Common causes of pump and valve failures.
Step-by-step troubleshooting methodologies.
Emerging trends: Smart valves and digital twins.
Final assessment and Q&A session.
