01 / What it is
Reforming Catalysts
Reforming catalysts support reactions that convert hydrocarbon feeds and steam into hydrogen-rich synthesis gas. Catalyst form, activity distribution and loading strategy are considered alongside the mechanical and thermal realities of the reformer.
02 / Where it is used
Application areas
- Primary steam reforming
- Secondary and heat-exchange reforming
- Pre-reforming
- Hydrogen, ammonia, methanol and syngas production
03 / Application context
The operating system matters.
Performance is inseparable from feed purification, tube condition, burner balance, temperature distribution and operating severity. A replacement assessment should review the previous campaign and loading pattern, not only the catalyst designation.
04 / Selection considerations
Inputs that shape evaluation
| Parameter | Why it matters | Typical evaluation input |
|---|---|---|
| Feed composition | Heavier components and sulfur history shape the duty. | Full feed analysis and expected variability |
| Reformer configuration | Tube geometry and heat profile affect selection and loading. | Process licensor design, tube dimensions and catalyst arrangement |
| Carbon risk | Operating practice must maintain appropriate margins. | Steam-to-carbon practice and trip history |
| Pressure drop | Shape, size and loading quality influence hydraulic behaviour. | Current pressure profile and loading records |
| Campaign objective | The desired balance may include life, capacity and reliability. | Run length target and known constraints |
05 / Technical inquiry
Useful information to include
- Feed analysis and variability
- Reformer type and tube geometry
- Operating temperature and pressure
- Current catalyst/loading pattern
- Campaign history and performance objective
Related / Industries
Related / Technologies