---
title: Commercial Bulletin - Symphony® Reforming Catalysts
description: Given the many challenges faced by the  refining industry, making the most out of every unit barrel is the key to maximizing  profitability.
image: https://resources.axens.net/hubfs/Landing%20Pages/Resources/Commercial%20Bulletin/Thumbnails%20CB/Thumb_Axens_CB_Symphony%C2%AE%20Reforming%20Catalysts_2021_EN_.jpg
---

[![Axens\_Logo](https://resources.axens.net/hubfs/logo_axens.svg "Axens_Logo")](https://www.axens.net?hsLang=en)

en

[zh](https://resources.axens.net/zh/cb_symphony-reforming-catalysts)

[Contact Us](https://www.axens.net/contact-us?hsLang=en)

 Commercial Bulletin

# Symphony® Reforming Catalysts

## The Next Generations of High Performance Symphony® Reforming Catalysts

![Thumb\_Axens\_CB - Commercial Bulletin - Symphony EN](https://resources.axens.net/hubfs/Landing%20Pages/Resources/Commercial%20Bulletin/Thumbnails%20CB/Thumb_Axens_CB%20-%20Commercial%20Bulletin%20-%20Symphony%20EN.jpg)

Given the many challenges faced by the refining industry, making the most out of every unit barrel is the key to maximizing profitability.  
Reforming units in particular are key contributors to the profitability of a refinery, as they produce high value blendstocks for the gasoline pool, feedstocks for petrochemicals production and hydrogen required by other refinery units to produce low-sulfur products.

### Fill in the form to download this resource

## You might be interested

![Crude-to-Chemicals (CTC): a straight-forward route for a strategic turn](https://resources.axens.net/hubfs/Blog/Placeholders/AdobeStock_209620976_purple_2000px.jpg) 

Hot Topics

Crude-to-Chemicals (CTC): a straight-forward route for a strategic turn

<https://blog.axens.net/crude-oil-to-chemicals-ctc-a-straight-forward-route-for-a-strategic-turn?hsLang=en>

![Renewable Transportation Fuels - a U.S. Focus](https://resources.axens.net/hubfs/Blog/Placeholders/AdobeStock_209620976_yellow_700px.jpg) 

Articles

Renewable Transportation Fuels - a U.S. Focus

<https://blog.axens.net/renewable-transportation-fuels-a-u.s.-focus?hsLang=en>

![Specific Surface Area Stability: a Key to Prolonged Optimum Performance from Naphtha Reforming Catalyst](https://resources.axens.net/hubfs/Blog/_Pre-launch/Capture.png) 

Articles

Specific Surface Area Stability: a Key to Prolonged Optimum Performance from Naphtha Reforming Catalyst

<https://blog.axens.net/specific-surface-area-stability-a-key-to-prolonged-optimum-performance-from-naphtha-reforming-catalyst?hsLang=en>

### Let’s see what we can achieve together. Get in touch with us!

[Contact Us](https://www.axens.net/contact.html?hsLang=en)

### Subscribe to our business newsletter to keep up to date with Axens news

[Subscribe](https://resources.axens.net/business-newsletter?hsLang=en)

[![Axens\_Logo](https://resources.axens.net/hubfs/logo_axens.svg "Axens_Logo")](https://www.axens.net?hsLang=en)

<https://fr.linkedin.com/company/axens> <https://www.youtube.com/c/axens/featured>

[Contact us](https://www.axens.net/contact-us?hsLang=en)

© 2026 Axens

[Cookies Policy](https://axens.net/cookies-management-policy?hsLang=en)  Cookies Management [Legal Notice](https://axens.net/legal-notice?hsLang=en)