________________________________________________________________________________________________

Objectives

• This course will guide the participates to develop key concepts and techniques for optimizing and designing pressure relieving and flaring systems. These key concepts can be utilized to make operating decisions that can improve your unit’s performance.
• Many aspects of pressure relieving and flaring systems can be improved including, product recoveries, energy utilization, environmental impacts, and safety.
• This cannot be achieved without first an understanding of basic fundamental principles of design and operation. These principles need to be understood in advance of operating and trouble shooting a process unit operation for the manager or problem solving to be effective.
• This Course focuses on the core building blocks of the relieving and flaring process systems, equipment and economics. This program will emphasize the process unit operation fundamentals, safe utilization of these fundamentals by operations, engineering, maintenance and support personnel.

The Delegates

• Staff who are making day to day decisions regarding operation, design, and economics of processing plants;1st Line Operations personnel, Operation Supervisors, 1st Line Maintenance personnel, Maintenance Supervisors, Senior Plant Supervisors, Operations Engineers ,Process Support Engineers, Design Engineers, Cost Engineers .
• Ideal for those with only a few years of experience who want to review or broaden their understanding in Processing Plant Operations.
• Other professionals who desire a better understanding of subject matter .

The Contents

• Introduction and Course overview.
• Overview of the Chemical Processing Industry.
• Review of Process Incidents :
• Safety for the Chemical Processing Industry
• Introduction to Flaring System Equipment :
• Flare Headers
• Relief Valves
• Knock Out Drums
• Flares
• Heat Exchangers
• Pumps
• Compressors
• Overview of a Flare Header :
• Comparison of Flare Header Designs
• Line Sizing Fundamentals
• Flare Line Routing
• Materials of Construction
• Flare Line Safety Case Study
• Piping Safety Guidelines
• Overview of a Pressure Relieve Valve :
• Design of a Pressure Relieve Valve
• Sizing a Pressure Relieve Valve
• Sizing Reliving Cases
• Fire Case
• Power Failure
• Cooling Water Failure
• Design Case Studies
• Overview of a Flare Knock Out Drum :
• Comparison of KO Drum Designs
• KO Drum Design Guidelines
• Liquid Seal Design
• Heat Exchangers
• Pumps
• Compressors
• Overview of a Flare :
• Comparison of Flare Designs
• Elevated Flare
• Ground Flare
• Enclosed Flare
• Thermal Oxidizer
• Types of Flare Tips
• Sizing a Flare Tip
• Types of Flare Tip Seals
• Sizing a Flare Height .
• Sizing a Flare Tip .
• Design Case Studies
• Flare Safety Guidelines :
• High Integrity Protection Systems (HIPS)
• Flare Safety Overview
• Environmental Aspects :
• Flare Combustion Efficiency
• Flare Smoking
• Reducing Flare Noise
• Thermal Radiation
• Process Equipment Troubleshooting :
• Troubleshooting concepts and techniques
• Typical Problems
• Interaction of Process and Equipment

The Discount

10% in case of Three P. (or more)