Fired Heater and Furnace Knowledge

How to Design a Fired Heater

An introduction to sizing calculations a fired heater

Fired Heater Stable Flames

Flame stability and safety inside fired heaters and furnaces

What is the API 560 Standard?

API 560 Fired Heaters for General Refinery Service

Fired Heater Design Configurations

API 560 Furnace and Fired Heater Design Layouts

Flow regimes in Fired Heaters

Considering fluid behaviour furnaces and fired heater

Refractory Insulation of Fired Heaters

Insulation for Fired Heaters and Furnaces

Hydrogen Fuel in Fired Heater

Green Combustion Technology inside Fired Heaters and Furnaces

Combustion Basics

Introduction to fundamental principles of combustion within Fired Heaters

Heat Transfer Coefficient

Process Fluid inside Fired Heater and WHRU Tubes

API 560 Fired Heater Design Approach

How to design a Fired Heater Design in accordance with API 560 Standards

Optimizing Fired Heater Energy Efficiency

General guide for how to boost energy efficiency

Hydrogen Combustion Safety in API Heaters

Important Safety considerations when using hydrogen fuel in fired heaters

Enhancing Efficiency API Fired Heaters with Air Pre-heaters

Reviewing the different types of Air Preheaters used to increase efficiency

Radiant Heat Transfer

Unveiling the Mysteries of Radiant Heat Transfer from a Flame

Convective Heat Transfer

Exploring Convective Heat Transfer: Hot Flue Gas Flowing over a Tube Bundle

Conductive Heat Transfer in Fired Heaters

Overview of Conductive Heat Transfer Performance within a Fired Heater

Fuel Control System

Exploring Fuel Control Systems in API 560 Fired Heaters

Refractory Insulation for Optimal Performance

Exploring Refractory Insulation Types in Fired Heaters

Enhancing Fuel Efficiency in Fired Heaters

Fired Heaters Calculations and Optimization

Stack Design Calculations

The Stack Chimney Effect in Fired Heaters 

Process Fluid Pressure Drops in Heater Tubes

Understanding Pressure Drop Calculation and Analysis in Fired Heaters