Ultimate Fired Heater Masterclass: Design, Layout & Piping

Master process plant layout, piping design, safety for fired heaters based on API 560 and industry Best practices

What you'll learn
- Explain the critical role and all key components of a fired heater in a process plant.
- Apply fundamental principles from key design standards like API-560, ISO-13705, and API-RP-535
- Design safe, practical, and efficient plant layouts for fired heaters, respecting all safety and maintenance clearances.
- Master the detailed design of process piping, burner piping, and snuffing steam systems.
- Analyze and compare different heater types (Box, Vertical, Helical) and draft systems to select the right configuration.
- Understand the critical steps for vendor coordination and nozzle load stress analysis.

Requirements
- A basic understanding of process plant equipment and general engineering principles.
- Familiarity with reading engineering drawings like P&IDs or layout plans is beneficial but not required.
- A desire to learn and advance your career in the piping and process design field.

Description
Fired Heaters are the heart of every refinery and petrochemical plant, consuming enormous amounts of energy and presenting unique design challenges. A deep understanding of their design, layout, and associated piping systems is one of the most valuable skills a piping or process engineer can possess.

“This course contains the use of artificial intelligence.”

This comprehensive course is your complete blueprint to mastering fired heaters. With22 detailed lectures across 8 modules, we will guide you step-by-step from the absolute fundamentals to the expert-level nuances of layout and safety.

We begin with the basics, exploring therole and key componentsof a fired heater. We will then build a strong foundation by covering the essentialindustry design standards like API 560, and comparing the varioustypes of fired heatersto understand their specific applications.

From there, we dive deep into the heart of the heater: theburner assembly, draft systems, and the detailed design of the radiant, convection, and stack sections.

The final, and most extensive, part of this course is dedicated to the practical skills you need on the job. You will learn the critical rules forplant layout, safety distances, maintenance access, and the integration of major equipmentlike steam drums. We will cover the complete guidelines forprocess piping, burner piping, and emergency snuffing steam systems. Finally, we will close the loop by teaching you how to handlevendor information and the basics of stress analysis for heater nozzles.

By the end of this course, you will have the confidence and practical knowledge to design, review, and contribute to fired heater projects in a real-world setting.

Enroll now and become the go-to expert for fired heater systems on your team!

Who this course is for:
- Piping Engineers and Designers
- Plant Layout Engineers and Designers
- Mechanical Engineers working in the process industry
- Process and Chemical Engineers who want to understand equipment layout
- Project Engineers managing EPC projects
- Engineering students (Mechanical, Chemical) preparing for a career in the oil & gas or chemical industry
More Info