Applied in fuel upgrading and energy conversion systems.
Energy & Fuel Processing
Used in various process heating applications across chemical plants.
ASME U Stamp
API 560 Design
We manufacture fired heater equipment for key process units such as cracking, reforming, distillation, and coking.
Each heater is designed based on your actual process conditions, not standard templates.
Explore our core fired heater equipment designed for different process applications.
Used to heat crude oil before separation in atmospheric distillation.
Used to heat crude oil before separation in atmospheric distillation.
Used for thermal cracking of heavy oil and vacuum residue in coking processes.
Used for high-temperature cracking in ethylene and chemical production.
Used for hydrogen production through reforming processes.
Fired heaters are not standard equipment. Each project comes with different feed, operating conditions, and process requirements.
We design and manufacture heaters based on your actual conditions to ensure stable operation and long service life.
Each fired heater is designed based on your actual process conditions, not standard templates.
We consider feed characteristics, operating temperature, and heat load to ensure proper performance.
Fired heaters operate under high temperature and severe conditions.
Our designs focus on heat distribution, coking control, and long-term stable operation.
Design focuses on reducing coke formation and extending run cycles.
This helps reduce shutdown frequency and maintenance workload.
We support both single equipment supply and more complex project requirements.
Modular and skid-mounted options are available for projects that require easier installation or limited site space.
Manufacturing follows clear specifications and controlled processes.
This helps ensure consistent quality and reliable delivery for your project.
Explore how fired heaters are used across different industries and process applications.
Built for real projects, not just equipment supply.
Aligned with recognized industrial codes and project specifications.
Defined checks help keep manufacturing quality stable.
Adapted to actual project and process needs.
Structured to match EPC workflows and project schedules
Basic manufacturing without full adaptation to project specifications
Less structured fabrication and inspection process
Standard solutions may not fit complex project needs.
Weak coordination can affect schedule and execution.
Watch short videos of fired heater manufacturing, workshop operations, and delivery stages.
These videos give you a closer view of Gelan's project-based support for custom industrial fired heaters.
The right heater depends on your process duty, temperature level, feed condition, and where the heater sits in the process. If you are not sure which type fits your project, Gelan engineers can review your application and help identify a suitable direction.
Most fired heaters are custom-designed. Even for the same heater type, the final design can change based on process needs, operating targets, and project layout.
If you already have process data, it helps us prepare a more accurate proposal. Typical information may include feed type, temperature, heat duty, pressure, fuel condition, and layout limits. If you do not have complete data yet, you can still contact us first. Our engineers can communicate with your team and help define the key requirements step by step.
You should look for a manufacturer that can support both engineering and execution, not just equipment fabrication. In real projects, the supplier should be able to understand your process, adapt the design to actual conditions, and work smoothly with project requirements. That is how Gelan supports fired heater projects across different process applications.
Yes. Gelan supports fired heater projects based on actual process and project conditions. We can work with EPC contractors, engineering teams, and project owners on design coordination, manufacturing, and delivery support.
Because fired heater performance is closely tied to the actual operating environment. A design that matches the process can help improve heat distribution, reduce operating risk, and support more stable long-term performance.
Tell us your process conditions, feed type, and project requirements. Our team will work with you to define the right fired heater solution based on your actual operating needs.