Day One –Distillation

•	Expanding Tray Capacity
•	Retrofitting with Packing
•	Calculating Vapor Flows
•	Liquid Distribution
•	Draw-Off Pan and Nozzles
•	Vapor Distribution
•	Correcting Flooding Problems
•	Correcting Dumping Problems
•	Optimizing Pumparound
•	Steam Stripper Design

Day Two – Heat Transfer

•	Expanding Reboilers
•	Expanding Condensers
•	Expanding Fired Heaters
•	Minimizing Reboiler Fouling
•	Correcting Condenser Design to Minimize Sub-Cooling
•	Calculating Draft in Fired Heaters
•	Shell and Tube Heat Exchangers

Day Three – Rotating Equipment

•	Centrifugal Pumps
•	Steam Turbines
•	Centrifugal Compressors
•	Electric Motor Sizing
•	Designing Compressors to Minimize Rotor Fouling
•	Gas Fired Turbines
•	Liquid Ring Vacuum Pumps

Day Four – Vessel Sizing

•	Vapor – Liquid Separation
•	Liquid Surge Time
•	Control Schemes Effect Vessel Sizing
•	Nozzle Location and Sizing
•	Water – Hydrocarbon Separation
•	Foam Effects Vessel Sizing
•	Liquid Level Detection
•	Distillation Tower Bottoms Sizing

Day Five – Revamp Techniques

•	Unit Performance Testing
•	Short Cut Calculation Techniques
•	Making Field Measurements
•	Computer Simulations
•	Control Valve Problem Identification
•	Evaluating Costs and Incentives
•	Interacting With Operations
•	Components of a Final Process Design

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