---
title: Technical Article - Consider advanced Multi-Promoted Catalysts To Optimize Reformers
description: Catalytic reforming accounts for a large share (28%) of the world’s gasoline production. It is the most important source of aromatics for the petrochemical industry
image: https://resources.axens.net/hubfs/Landing%20Pages/Resources/Technical%20Article/Thumbnails/Thumb_Technical%20Article%20-%20Consider_advanced_multi-promoted_catalysts_1.jpg
---

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 Technical Article

# Consider advanced Multi-Promoted Catalysts To Optimize Reformers

## Improved catalyst systems strike a new balance to increase yields with greater selectivity for end-products

![Thumb_Technical Article - Consider_advanced_multi-promoted_catalysts_1](https://resources.axens.net/hubfs/Landing%20Pages/Resources/Technical%20Article/Thumbnails/Thumb_Technical%20Article%20-%20Consider_advanced_multi-promoted_catalysts_1.jpg)

Catalytic reforming accounts for a large share (28%) of the world’s gasoline production. It is the most important source of aromatics for the petrochemical industry. Reforming is also a major source of refinery-based hydrogen, for which demand is growing rapidly due to escalating hydrotreatment needs. Although the state of the art has advanced remarkably improvements in catalyst selectivity, activity and stability have significant impact on refinery economics.

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