--- title: Why the Burner Is the Most Interesting Part of a Fired Heater description: "In our latest Tulsa Heaters Midstream video, we're going back to the whiteboard to explain one of the most common heat transfer formulas used when working with fired heaters:\nDuty = Mass Flow Rate × Specific Heat × Delta T\nUnderstanding this basic calculation can help explain what's happening inside a fired heater, how much heat is being absorbed by the process fluid, and why the burner must produce more heat than the process ultimately receives." image: https://blog.tulsaheatersmidstream.com/hubfs/THM%20Common%20Calculations%20Thumbnail.png --- [![Tulsaheatersmidstream](https://blog.tulsaheatersmidstream.com/hs-fs/hubfs/THM-Dec2015/Images/logo.png?width=307&name=logo.png "Tulsaheatersmidstream")](http://www.tulsaheatersmidstream.com/) - [Home](http://www.tulsaheatersmidstream.com/) - [About](http://www.tulsaheatersmidstream.com/about-us) - [Products](http://www.tulsaheatersmidstream.com/about-us#) - [SHO Heaters](http://www.tulsaheatersmidstream.com/products/sho-heaters) - [Auxiliary Equipment](http://www.tulsaheatersmidstream.com/products/auxiliary-equipment) - [Aftermarket](http://www.tulsaheatersmidstream.com/aftermarket) - [Resources](http://www.tulsaheatersmidstream.com/about-us#) - [Brochures/Literature](http://www.tulsaheatersmidstream.com/resources/brochures-literature) - [THM Academy](http://www.tulsaheatersmidstream.com/resources/thm-academy) - [Blog](https://blog.tulsaheatersmidstream.com) - [Contact](http://www.tulsaheatersmidstream.com/contact-us) # Midstream & More ## built on reputation created to serve - [Tweet](https://twitter.com/share) ## [Why the Burner Is the Most Interesting Part of a Fired Heater](https://blog.tulsaheatersmidstream.com/why-the-burner-is-the-most-interesting-part-of-a-fired-heater) When you think about the equipment inside a natural gas processing plant or refinery, what stands out? Pumps, heat exchangers, piping, and pressure vessels all play important roles, but there's one component that brings a little more excitement to the operation: **the burner**. In our latest video, Doyle Bishop of Tulsa Heaters Midstream shares why the burner is his favorite component of a fired heater system and why it deserves so much attention from engineers, operators, and maintenance teams. From flame patterns and combustion performance to troubleshooting and technological advancements, industrial burners are one of the most fascinating and critical components of fired heater operation. [![THM Favorites Video Thumbnail](https://blog.tulsaheatersmidstream.com/hs-fs/hubfs/THM%20Favorites%20Video%20Thumbnail.png?width=500&height=281&name=THM%20Favorites%20Video%20Thumbnail.png)](https://youtu.be/5zF3ew1g3Qw) ## **The Burner: The Engine of a Fired Heater** Think of a fired heater like a car. Just as the engine provides the power that keeps a vehicle moving, the burner provides the heat that drives a fired heater's operation. And much like a vehicle's engine, the burner is often where operating problems begin. While other components of a fired heater system are important, burner performance directly affects how reliably the heater operates. Common fired heater burner problems include: - **Excessive flame length:** A flame that extends farther than intended can create operational concerns. - **Flame instability:** An inconsistent flame can interfere with reliable combustion. - **Emissions issues:** Burners may struggle to meet required emissions performance. - **Poor flame patterns:** An undesirable flame shape may indicate a combustion or operating issue. - **Pilot burner problems:** Difficulty lighting the main burner or keeping the pilot lit can lead to repeated troubleshooting. Understanding these issues is an important part of maintaining reliable fired heater operation. ## **Why Flame Patterns Get So Much Attention** One of the most interesting things about industrial burners is that you can actually see combustion happening. In a natural gas plant or refinery, much of the equipment performs its job without much visible activity. A pump or heat exchanger may be essential to the process, but there isn't always much to observe from the outside. A burner is different. The flame provides a visible look at what's happening inside the fired heater, which is one reason operators and engineers often pay close attention to flame appearance and behavior. However, flame patterns can also generate plenty of opinions and theories. An unusual flame doesn't necessarily tell the entire story. Evaluating burner performance requires an understanding of the equipment, combustion conditions, and operating requirements. ## **How Industrial Burner Technology Has Evolved** Fired heater technology has advanced over the decades, but not every part of the system has changed at the same pace. According to Doyle, some of the most significant technological developments in fired heaters over the past 50 years have occurred in burner technology. While the fundamental principles of heat transfer have remained relatively consistent, burner technology has continued to evolve. For engineers working with industrial combustion systems, this makes burners an especially interesting area of fired heater design and development. Burners are not simply a source of heat. Their design and operation play a central role in overall fired heater performance. ## **Why Burner Troubleshooting Matters** When a fired heater experiences operational problems, the burner is often one of the first components worth investigating. Whether the concern involves flame stability, emissions, ignition, pilot performance, or flame length, understanding the burner is essential to identifying what may be happening. For natural gas processing facilities, refineries, and midstream operations, reliable burner performance is an important part of keeping fired heaters operating as intended. That's why burner design, operation, and troubleshooting deserve careful attention throughout the life of a fired heater. ## **Fired Heater Engineering Starts With Understanding the Components** At Tulsa Heaters Midstream, we understand that every part of a fired heater system plays an important role, from the coils and heat transfer surfaces to the combustion equipment that supplies the heat. But if you ask Doyle which component he finds most interesting, the answer is easy: the burner. It's visible, it's constantly evolving, and it's often at the center of some of the most interesting fired heater engineering challenges. [**Watch our latest video to hear why the burner is Doyle's favorite component of a fired heater system and learn more about the role it plays in industrial combustion and process heating.**](https://youtu.be/5zF3ew1g3Qw) [Return](https://blog.tulsaheatersmidstream.com/) ## Keep Up To Date ### Subscribe to Email Updates ### About Tulsa Heaters Midstream We are a reliable, flexible heater company that specializes in the midstream Gas Processing industry. We work with clients to fulfill all of their heater needs. 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